Moasure works by connecting to the Moasure companion app, and using Bluetooth to transmit measurement data from your Moasure device to your smartphone or tablet.

Download Apple/iOS App

Download Moasure app (formerly known as the Moasure PRO app) for your Apple/iOS device.

Download Android App

Download Moasure app for your Android device.

1. Open the Moasure app on your device to start the connection process.

   • For Apple/iOS devices, grant Bluetooth permissions.

   • For Android devices, grant Bluetooth and Location permissions (Location is used to calibrate the device).

2. Tap the permission button in the app (e.g., ‘Turn on Bluetooth’) and then tap 'Allow'. After granting permissions, press 'Continue'.

3. Connect your Moasure device to a power source using the USB cable and turn it on.

4. The app will automatically search for your device via Bluetooth. Once detected, your device will be listed under 'Available Devices'.

5. Tap on your device in the list to connect it to the Moasure app.

6. Your Moasure device is now successfully connected to the app.

Ensuring Bluetooth Connectivity

To ensure seamless connection between your Moasure device and the Moasure app, follow these steps:

Enable Bluetooth: In your device settings, ensure Bluetooth is enabled. Disabling Bluetooth globally will prevent the Moasure app from connecting to your Moasure device.

Check App Permissions: If you encounter connection issues despite having Bluetooth enabled, verify Bluetooth permissions for the Moasure app. If Bluetooth permission is disabled for the Moasure app, it won't be able to connect to your device. Grant necessary permissions to resolve this issue.

Your Moasure STICK consists of the following components:

• A foam-lined housing for your Moasure device

• An expandable universal smartphone holder

• A universal rotating joint

• An extendable pole

• A tool bag

1. Attach Foam-Lined Housing:

   • Use the provided screw knob to attach the foam-lined housing to the extendable pole.

   • Ensure the pointed corner of the housing faces upwards before tightening.

1. Attach Universal Joint:

   • Attach the universal rotating joint to the top of the extendable pole.

2. Connect Smartphone Holder:

   • Attach the universal smartphone holder to the universal joint.

   • Note its expandability for different phone sizes.

1. Adjust Smartphone Holder Angle:

   • Loosen the adjustor screw knob on the universal joint by turning it counter-clockwise.

   • Pivot and adjust the smartphone holder angle as required.

   • Tighten the adjustor screw knob by turning clockwise to secure the holder.

1. Insert Your Moasure Device:

   • When inserting your device into Moasure STICK's cushioned housing, avoid holding the STICK itself to prevent bending and stress on the flexible joint. Instead, turn the STICK upside down and hold the housing, ensuring the LED is visible when looking from above.

   • Ensure to align your Moasure device evenly within the housing during insertion.

Your Moasure STICK is now fully assembled and ready for use.

How To Use Moasure STICK

Before you begin measuring, we recommend informing the Moasure app that you are using Moasure STICK – this will enhance accuracy.

The reference point for your Moasure device is located at the bottom of the sharp corner. Once you've notified the Moasure app about using Moasure STICK, the reference point will be adjusted to the tip of the foam-lined housing.

Follow these steps to let the Moasure app know that you are using Moasure STICK:

• Open Settings by tapping on the cog icon in the top-right corner

• Tap on Measuring Options

• Tap on Use Moasure STICK Attachment

• Select Yes

Adjust STICK Height

To comfortably use the Moasure STICK, we recommend adjusting the height so that your hand is around waist height and your forearm is horizontal as you walk. Hold your Moasure STICK between your thumb and two fingers, maintaining a light grip.

Turn on Moasure by Rotating

With STICK: Raise your STICK vertically, and rotate it 180° back and forth until the LED indicator starts flashing blue.

Without STICK: Hold your device between your thumb and index finger, raise vertically, and rotate it 180° back and forth until the LED indicator starts flashing blue.

Turn on Moasure by Double-Tapping (Moasure ONE Only)

With STICK: Place the STICK down on a flat, solid surface, then double-tap the top of the pointed corner of your Moasure ONE, where the LED indicator is located.

Without STICK: Place the Moasure ONE in the palm of your hand, and using the tip of your index finger, double-tap the center of the green circle to turn it on.

Double-Tap Sensitivity

If you would like to change the double-tap sensitivity of your Moasure ONE, please follow these steps:

1. From the Moasure app, go to Settings (tap the cog in the top-right corner of the app).

2. Go to Account & Device Management and tap on Select Device.

3. Tap the Information icon for your listed device.

4. Turn on your Moasure device so that your Moasure app can make a connection.

5. Tap on Double-Tap Sensitivity and choose between the following settings: Low (harder tap); Medium; High (softer tap).

Change Moasure ONE Turn-On Method

The rotate-to-turn-on feature is available on firmware versions from v1.28 upwards – if your firmware version is v1.28 or newer but your device is set to the double-tap method, you can change to the rotate method in the app by following these steps:

1. Go to Settings within the Moasure app (tap the cog in the top-right corner of the app).

2. Tap on Account & Device Management.

3. Tap on Device Preferences under Device Management

4. Tap on Firmware.

5. Turn on your Moasure device. The device needs to be turned on in order to make changes. Once the device is connected, you will see the device data appear on the app screen.

6. Tap on your current turn-on method and change it to your preferred method by toggling between the two options to suit your preference.

Turn off Moasure

By default, your Moasure device automatically switches itself off after 30 seconds of inactivity. However, you can adjust the device's disconnection time by following these steps:

1. From within the Moasure app, go to Settings (tap the cog in the top-right corner of the app).

2. Tap on Measuring Options.

3. Scroll down until you see Moasure Device Disconnection where you will be able to set how long you would like the Moasure device to stay awake. You can choose from 30 seconds, 1 minute, 2 minutes and 5 minutes.

How to Charge Moasure

To charge your Moasure device, connect it to a power source using the included USB cable. When Moasure is charging, the LED indicator will flash on your device.

It takes around 2 to 3 hours to fully charge your Moasure device, with the LED turning solid green once fully charged.

Battery Life

The Moasure devices come with rechargeable batteries designed to support your measurement needs throughout the day. Below is an overview of the battery life for each model when fully charged:

• Moasure 2 PRO: Provides approximately 10 hours of continuous use.

• Moasure 2: Provides approximately 5 hours of continuous use.

• Moasure ONE: Provides approximately 5 hours of continuous use.

To ensure optimal performance, make sure to fully charge your Moasure device before use.

Check Battery Level

To check the battery level of your Moasure device:

1. Turn on your Moasure device.

2. Open the Moasure app.

3. Start a new measurement.

4. The battery level indicator will appear in the top-right corner of your screen.

USB Cable Requirements

Moasure 2 and Moasure 2 Pro:

Cable Type: Use USB Type-C cables.

Charger Specifications: Use a charger that matches the USB Type-C standard requirements for optimal performance.

Moasure ONE:

Cable Type: Uses a Micro USB cable.

Charger Specifications: We recommend always using the supplied USB cable. If you need to use another cable, ensure it is a standard micro-USB charger with a 5V output and a minimum current capability of 500mA. Chargers with higher current capability will not provide additional benefits, and chargers with a voltage higher than 5V (such as 9V or 12V) will damage the device. Chargers with lower voltage will not charge the device.

When your Moasure device battery is running low, the Moasure app will let you know when to charge your device.

For all devices, ensure you use the correct cable type and charger specifications to maintain the longevity and performance of your Moasure devices.

The reference point is where your Moasure device measures from. By default, the measuring reference point is the sharp corner point, on the opposite face to the LED as indicated below.

If you're using your Moasure device with the Moasure STICK, you need to move the measuring reference point to the nose of the housing in order to maintain accuracy for your measurements.

To do this, follow these steps:

1. Go to the Settings menu (tap the cog in the top-right corner of the app);

2. Tap on Measuring Options;

3. Turn on Use Moasure STICK Attachment by selecting 'Yes'.

If you're using your Moasure device without the Moasure STICK, follow these steps:

1. Go to the Settings menu (tap the cog in the top-right corner of the app);

2. Tap on Measuring Options;

3. Tap on Use Moasure STICK Attachment and select 'No'.

If you prefer reading instead of watching, you can follow the links below to read more about mastering pace, placement and rotation.

General Placement

To avoid over-ranging the sensors, it's important to set the Moasure device down gently and ensure that it's completely still. Once the device is completely still, a point is captured which includes the X, Y, Z co-ordinates. The LED indicator on your Moasure will turn green to let you know that a point has been successfully captured.

If you're measuring with the STICK, you might want to hold it with your thumb and first two fingers instead of with the palm of your hand. Holding the STICK with your fingers can make it easier to set the device down gently.

Aside from setting the device down gently, it's important to be decisive when placing the stick down. Avoid hovering over the point you want to place it down at.

Different terrains can, at times, make it difficult to keep the device completely still. The following are some tips for different terrains.

Placement on Grass and Other Uneven Terrain

On surfaces such as grass, mulch or turf, it can be challenging to keep your Moasure device completely still.

On this kind of uneven or rough terrain, pushing the STICK down gently will help to keep the device still so that a point can be captured.

However, in some instances, it may be more appropriate to measure without using Moasure STICK, especially when measuring through tall grass, for example. Measuring without the STICK allows you to gain finer control over placement by utilizing your fingers.

Placement on Sloped Surfaces

On a sloped surface such as a hill or ramp, the weight of the STICK can sometimes cause Moasure to move slightly. This movement makes it difficult for the device to capture a point.

To keep the device completely still so that it's able to capture a point, let the STICK lean in between your thumb and index finger.

Summary of Tips

1. Hold Moasure STICK with your fingers and thumb instead of with the palm of your hand - this will help prevent swinging and help you to set the device down more gently.

2. Place the device down decisively. Avoid hovering over the pause point. Remember, even though it may seem counter-intuitive, the quicker you move and set your device down, the more accurate your measurement will be.

3. Place the device down gently – avoid knocks, bangs and impacts which negatively impact Moasure's sensors.

4. On grass or similar uneven surfaces, try pushing the STICK down gently to help keep your Moasure device completely still so that a point can be recorded.

5. On sloped surfaces, let the STICK rest between your thumb and index finger. The weight of the STICK alone will help keep the device completely still so that it can record a point.

You can watch the video below for a demonstration of how to measure on different surfaces. The video also demonstrates how to master pace and rotation.

With Moasure 2 Pro, you can select your preferred measurement mode to best suit your needs:

1. Highest Accuracy (6-8 seconds) for maximum accuracy with shorter intervals between pause points.

2. Longest Time (12-16 seconds) for longer intervals between pause points with reduced accuracy.

Highest Accuracy

1. Pause every 6-8 seconds (Pause within the green zone and no later than the amber zone).

2. For users prioritising high accuracy when measuring.

Longest Time (Between Pauses)

1. Pause every 12-16 seconds (Pause within the green zone and no later than the amber zone).

2. Allows you to walk further between pause points.

3. Reduced accuracy compared to Highest Accuracy

Maximising Measurement Accuracy

To achieve maximum accuracy in all motion-based measurements, follow these three key techniques:

1. Pace: Walk at a fast pace between measurement (pause) points.

2. Placement: Place the Moasure device down quickly and gently without hovering.

3. Rotation: Rotate the device gradually, not abruptly, to avoid shocking the sensors.

Changing Measuring Time / Accuracy

To change your Measuring Time / Accuracy, follow these steps:

1. Tap on the cog wheel in the top right corner of the app.

2. Tap on Measuring Options.

3. Tap on Measuring Time under the Measuring Time / Accuracy heading.

4. Choose whether you would like higher accuracy or longer time between pauses.

Welcome to the Moasure User Guide. Here, you'll discover all the necessary information for the setup and optimal usage of your new Moasure measuring device and the functionalities of the Moasure app (formerly known as the Moasure PRO app).

The following instructional video is designed to equip you with the skills and techniques needed to make the most of your Moasure experience.

This guide offers flexibility to accommodate diverse learning preferences, allowing you to navigate independently through each section and return for reference as needed.

As Moasure uses motion sensors such as gyroscopes and accelerometers, care should be taken when rotating the device.

Whenever you need to rotate the device so that the reference point is aligned to your required orientation, you should rotate the device gradually – not suddenly. As with sudden impacts or collisions, abrupt rotations negatively impact the device's sensors which in turn compromises measurement accuracy.

When rotating the Moasure device, do so gradually from one pause point to another.

How Moasure Works

Moving slowly might seem like it would increase accuracy. However, Moasure uses advanced motion sensors that continuously measure during movement and records data every time the device stops moving.

With motion-based measuring, error increases over time, not over distance so quicker movements lead to more accurate results.

Using advanced inertial sensors, accelerometers, and gyros, Moasure captures X, Y, and Z (elevation) coordinates when the device is moved from one place to another.

To ensure optimal accuracy, it’s important to pause at regular intervals to record data points, since measurement error accumulates over time, not over distance. Additionally, gently placing the device is crucial to avoid shocking the sensors and to maintain precise measurements.

Measurement Data

When placed gently and kept completely still, Moasure calculates and records a point with X, Y, and Z values.

The first point recorded in a measurement is always the 0 point (X:0, Y:0, Z:0).

Subsequent X, Y and Z (elevation) coordinates are calculated and displayed relative to this origin.

Advanced algorithms compute the overall linear distance and area based on these points.

Moasure Accuracy Details

Moasure 2 PRO

Examples (Imperial)

• If your Linear Distance measurement totals 300ft - the accuracy is within ±0.30%, resulting in a potential error of up to 0.9ft.

• If your Perimeter measurement totals 300ft - the accuracy is within ±0.5%, resulting in a potential error of up to 1.5ft.

• If your Elevation measurement totals 300ft - the accuracy is within ±0.30%, resulting in a potential error of up to 0.9ft.

• If your Area measurement totals 300ft² - the accuracy is within ±1%, resulting in a potential error of up to 3ft².

• If your Volume measurement totals 300ft³ - the accuracy is within ±1.5%, resulting in a potential error of up to 0.167yd³.

• If your Layout measurement totals 300ft - the accuracy is within ±1%, resulting in a potential error of up to 3.0ft.

Examples (Metric)

• If your Linear Distance measurement totals 100m - the accuracy is within ±0.30%, resulting in a potential error of up to 0.3m.

• If your Perimeter measurement totals 100m - the accuracy is within ±0.5%, resulting in a potential error of up to 0.5m.

• If your Elevation measurement totals 100m - the accuracy is within ±0.30%, resulting in a potential error of up to 0.3m.

• If your Area measurement totals 100m² - the accuracy is within ±1%, resulting in a potential error of up to 1m².

• If your Volume measurement totals 100m³ - the accuracy is within ±1.5%, resulting in a potential error of up to 1.5m³.

• If your Layout measurement totals 100m - the accuracy is within ±1%, resulting in a potential error of up to 1m.

Moasure 2 / Moasure ONE

Examples (Imperial)

• If your Linear Distance measurement totals 300ft - the accuracy is within ±0.50%, resulting in a potential error of up to 1.5ft.

• If your Perimeter measurement totals 300ft - the accuracy is within ±1%, resulting in a potential error of up to 3ft.

• If your Elevation measurement totals 300ft - the accuracy is within ±0.50%, resulting in a potential error of up to 1.5ft.

• If your Area measurement totals 300ft² - the accuracy is within ±2%, resulting in a potential error of up to 6ft².

• If your Volume measurement totals 300ft³ - the accuracy is within ±3%, resulting in a potential error of up to 0.33yd³.

• Layout not available

Examples (Metric)

• If your Linear Distance measurement totals 100m - the accuracy is within ±0.50%, resulting in a potential error of up to 0.5m.

• If your Perimeter measurement totals 100m - the accuracy is within ±1%, resulting in a potential error of up to 1m.

• If your Elevation measurement totals 100m - the accuracy is within ±0.50%, resulting in a potential error of up to 0.5m.

• If your Area measurement totals 100m² - the accuracy is within ±2%, resulting in a potential error of up to 2m².

• If your Volume measurement totals 100m³ - the accuracy is within ±3%, resulting in a potential error of up to 3m³.

• Layout not available

How to Maximise Measurement Accuracy

To achieve maximum accuracy in motion-based measurements, follow these three key techniques:

1. Pace: Walk at a fast pace between measurement (pause) points.

2. Placement: Place the Moasure device down quickly and gently without hovering.

3. Rotation: Rotate the device gradually, not abruptly, to avoid shocking the sensors.

By adhering to these techniques, you can ensure the highest possible accuracy in your Moasure measurements.

Import an MFile

Easily import an MFile from your phone or tablet into the Moasure app by following these steps:

1. Tap on 'File'.

2. Tap on 'Import'.

3. Tap on an MFile for it to open.

4. Once the measurement diagram has loaded, you can view, save and edit the MFile.

To start a measurement, tap the + icon in the Moasure app.

Once you've chosen a Measurement Type, your Moasure device so that the Moasure app can connect to your device.

With your Moasure device switched on, the Moasure app will instruct you to Place at start – place the device at the location where you want to begin measuring from. Keeping Moasure completely still will let the the device know that this is your measurement's start point.

Once you've finished taking your measurement, tap the red stop icon in the bottom-centre of the Moasure app.

Clear Canvas

While there's currently no direct option to clear the canvas, starting a new measurement by tapping on the '+' icon or opening a saved measurement will automatically override the current measurement shown. It's important to note that new measurements or any edits made to existing ones are not saved automatically.

To ensure your changes are preserved, tap on 'File' and then choose 'Save'. Additionally, the app will prompt you to save your progress whenever it detects actions that could lead to potential data loss, such as starting a new measurement or opening another one.

When saving a measurement file for the first time in your app, follow these steps:

1. Tap on File in the bottom navigation bar.

2. Tap on Save.

3. Enter a name for your measurement;

4. Tap on Default and then save your measurement within an existing project. Alternatively, you can create a new project folder by tapping on the ‘+ Add Project’ button, to keep your measurements organised.

Note: If you open your saved file and close it without making changes, you won't receive a prompt to save, and nothing will have changed. However, if you open the file and make modifications, you'll be presented with two options: 'Save' and 'Save As'. Choosing 'Save' overwrites your existing file with any current changes, while 'Save As' lets you save the existing file and create a new version by specifying a new measurement name and folder.

This prompt appears after making changes and performing actions that could potentially result in data loss, such as opening a file, making edits, and initiating a new measurement. It provides flexibility and control over your file management process.

With motion-based measuring, the measurement error grows exponentially over time. This means you need to walk fast and rotate your device slowly.

To minimise error and maximise measurement accuracy, do not take longer than 8 seconds before pausing – pausing means setting down your Moasure device to capture a point. Don't worry, this doesn't mean that you must complete a whole measurement within 8 seconds. You can pause as many times as you need to complete a measurement.

To help you stay within the 0 to 8 second timeframe, the Moasure app features a handy timer bar and audible cues.

Timer Bar Sections

• White: This is filled between 0 to 6 seconds

• Amber: This filled between 6 to 8 seconds

• Red: This is filled from 8 seconds onwards

Even though it may seem counter-intuitive, the quicker you move, the more accurate your measurement will be.

Besides visual indications in the app in the form of a timer bar, you also get auditory feedback using a beeping sound. A slow tick sound will appear at 6 seconds and it will turn to a faster tick sound at 8 seconds. Once the slow tick sound is heard, you should prepare to set the device down.

Measuring Around Obstacles

Don't worry if you cannot move around an obstacle or obstruction within 8 seconds. You can pause as many times as you need to, for as long as it takes you to get around the obstacle.

If you prefer watching instead of reading, you can watch the below video that goes through all three aspects of mastering measuring technique.

Full View and Navigation

When you complete a measurement diagram, each path captured between pause points is displayed. Double-tap anywhere on the screen to make the full diagram visible, drag with one finger to move your measurement, pinch with two fingers to zoom in and out, or swipe with one finger to pan left or right.

2D Plan View

2D Plan offers a top-down perspective of your measurement, allowing you to see the perimeter and area clearly. Tap an individual pause point to reveal its relative XYZ coordinates, including elevation. Tap away from any pause point on your screen to see the View icons again.

2D Fit View

If your measurement is on a sloping plane rather than horizontal, 2D Fit aligns with the angle of the slope, adjusting dimensions and area accordingly. Note that switching to 2D Fit on a horizontal plane won't cause a significant change in the view.

3D Cube View

To explore measurements in three dimensions, such as elevations or gradients, tap on the 3D cube icon. This switches to the 3D view, where you can pinch to zoom and use one finger to pan your drawing, both horizontally and vertically.

3D Surface View

By tapping on the 3D surface icon, you can access a surface mesh view, represented by a color scale, with blue as the lowest point and red as the highest point. This view also provides information on surface area – the total of all faces of the 3D figure – and volume, calculated by projecting the lowest point’s height (shown as the lowest Z-value) to a horizontal plane.

Contour View

If you used the Points path type to capture elevation data, switch to Contour view to see a contour map of your drawing. The contour lines represent gradient steepness: closer lines mean steeper gradients, while wider spacing indicates gentler slopes. The app automatically sets the contour interval to reflect the elevation changes. Use this view to gain insights into the topography of your measurement.

Points and Lines

Switch back to standard 2D or 3D views to interact with individual elements; tapping on a measurement line will display its length, rise, and run. Selecting a point will reveal its angle and XYZ coordinates. Tap away from any selected point or edge to bring back the view icons.

Cross Section View

Cross Section enables you to measure the distance between two points – simply select a point as the base, tap ‘View’ in the bottom-left corner, scroll to ‘Cross Section’ then choose a second point. You will see the relationship between the two points, including the distance.

Tapping the Cross Section icon provides three sub-views:

• Gradient View: displays incline details between points, including run, gradient percentage, rise, and angle.

• Plan View: shows a top-down view of the horizontal distance between the points.

• Side View: illustrates the elevation difference between the points, as if you’re looking at them from the side angle.

You can export measurements to share them with colleagues or clients and/or use them in other applications. You can also export measurements to back them up.

Supported Formats

• PDF (Portable Document Format) for easy printing and sharing.

• DXF (Drawing Exchange Format) to use in CAD programs.

• DWG (from Drawing) to use in CAD programs.

• CSV (Comma Separated Values) to view the raw coordinates in a spreadsheet.

• Image: You can export to PNG, JPG or SVG formats.

• MFile: Export to MFile to share with another Moasure app.

How to Export

1. Open the Moasure app and select the measurement you would like to export by going to Files located at the bottom of the app, and then selecting Open.

2. Once the measurement is loaded, tap on File > Export.

3. Select the desired export format from the options provided.

PDF export configuration options

When exporting to PDF, you can choose to change the default configuration options to customise the PDF to your liking. You can preview how the configuration options affect the PDF before exporting by tapping on Show Preview at the bottom of the Configure PDF screen.

The configurable options are explained below:

• Dimension Font Size: The size of font used throughout the PDF document.

• Paper Size: The size of the paper the PDF will be exported to. You can choose from a wide range of options, including A0 to A4, as well as engineering paper sizes such as ANSI C to E.

• Scale to Fit: Scale to Fit is selected by default. This option automatically scales down or up the measurement to fit the dimensions of the paper size you have chosen to export to. When enabled, the PDF export process analyzes the content and the paper size you have selected. If the content is larger than the selected paper size, it scales it down proportionally to fit within the available space. This ensures that the entire content is visible and printable on the chosen paper size. Conversely, if the content is smaller than the selected paper size, 'Scale to Fit' may scale it up proportionally to maximize the use of the paper space. This helps to avoid content from appearing too small on larger paper sizes.

• Preset Scale: You can select a preset scale by turning the Scale to Fit option off. You can then choose from a wide range of scales ranging from 1:1 to 1:500. Each export with a selected scale (whether scale to fit or preset scale) features a scale bar with a scale ratio that indicates the relationship between the measurements shown on the paper and the corresponding measurements in real life. It provides a visual representation of the scale or ratio used to represent distances. To give an example: if you have selected a scale of 1:5, it means that each unit of measurement on the paper (in this case 1cm) represents a larger measurement in real life (in this case 5cm). So, for every 1cm you measure on the paper, it corresponds to a 5cm distance in the actual world. To illustrate this further, if you measure an edge on the paper and it's 4cm long, you can calculate the real-world length by multiplying it by the scale factor. In this case, 4cm on the paper would represent a length of 20cm in real life (4cm x 5 = 20cm). In addition, a grid of squares is displayed behind the measurement. These grid squares can be used to estimate the size of measurements in real life. The grid squares serve as a visual reference, allowing you to assess the relative sizes of measurement edges and total measurement. Remember, you can always look up the real world value of the measurement edges in the Edges Page on the PDF.

See below an example of PDF that is exported with the Scale to Fit option:

• Center on Page: The Center on Page option is selected by default and centers the measurement on the page even when the measurement is dragged to the left or right of the app canvas prior to exporting. When this option is turned off, the measurement will not be centered. This can be useful for when you only want to export a section of the measurement (the section that is displayed on the app canvas). See below examples of the same PDF with the Center on Page turned on and off.

• Show Grid: This option is selected by default. This option shows a light square grid on the PDF.

• Show Layers on Separate Pages: This option is selected by default. When enabled, it will show Layers (in multi-layer measurements) on the PDF by rendering each layer on a separate page.

• Show Background Image: This option is selected by default. When enabled and when a background image is added to the measurement through the Edit Background Tool, it will add the background image to the PDF.

• Show in Black/White: This option enables you to export the PDF in black/white rather than in the default colours. This is useful when you want to export in higher contrast or simply save on ink.

CSV export configuration options

When exporting to CSV, you can choose to change the default configuration options to customise the CSV to your liking.

The configurable options are as follows:

• Include Path Number: Adds a column and value for the Path Type number of the recorded point. The number corresponds to the order of the Path Types in the measurement. To give an example, the first Path Type measured will be number 1. If the Path Type is consequently changed (e.g. from Straight Line to Trace Line), the new path number will be 2. If only one Path Type is used in the measurement, all Path Types will have the number 1.

• Include Path Type: Adds a column and value for the Path Type of the recorded point. The Path Types in the CSV do not always map to the values in the UI. Below is a mapping table to help you understand the meaning of the CSV values.

• Include Point Label: Adds a column and value for the Label of the recorded point added through the Edit Label Tool.

• Include Point Type: Adds a column and value for the Type of the recorded point (e.g. default, FlightPoint). A Point Type can be one of the following:

• Include Layer Name: Adds a column and value for the name of the layer the recorded point is in (e.g. Base Layer).

• Include Layer Number: Adds a column and value for the layer number. The number corresponds to the chronological order the layers are added in. To give an example, if you have added one layer to your measurement, there will be two layers in total. The first layer (base layer) will be number 1 and the second (added) layer will be number 2.

• Include Column Heading: Adds column heading names on the first row.

• Include Area: Adds a column and value for the area.

• Include Ignored Points: Adds Ignored points to the CSV.

• Use Local Number Format: Uses local number formatting for displaying the number values. To give an example, when enabled, a user in the UK will have the square meter number formatted as 150.65 whilst a user in Spain will have the same number formatted as 150,65. See below an example of a CSV file and image that is exported with all configuration options enabled.

DXF and DWG configuration options

When exporting to DXF or DWG, you can select from two options:

• 3D: Includes elevation data.

• 2D: Flattens data by removing elevation.

Image configuration options

When exporting to Image, you can select from three options:

• PNG.

• JPG: Great for optimised file sizes.

• SVG: Great for transparent background.

MFile configuration options

There are no configuration options for MFiles.

Export Multiple Files

Besides exporting single files, you can also export multiple files at once. To do so, follow the steps below:

• Tap on File > Multi Export in the bottom toolbar.

• Select the files you want to export or select a whole folder.

• Select the desired export format from the options provided.

1. Download the Firmware Updater application, which is compatible with both Windows and macOS.

1. Open the Firmware Updater application.

2. Connect your device using the provided Micro USB cable.
3. Upon connecting your Moasure device, your device details, including the current firmware and calibration version, will be displayed. Should there be a new firmware or calibration update, you will see the option to update. Conversely, if your device is already up to date, a clear message will confirm its up-to-date status. In rare occasions, you will be informed that your firmware needs to be repaired. This is nothing to be worried about - simply click on the "Repair" button that appears in such cases to repair you firmware.
4. Click on the "Update" button to initiate the update for your device. It's important to keep your device connected to power, maintain a stable internet connection and keep your application open throughout the update process to ensure its successful completion.
5. After your device has been updated, a confirmation message will appear. If the update encounters any issues, you have the option to retry. Should the problem persist, please contact support@moasure.com, providing your device details for assistance.

Change Language

In this section, you'll learn how to change the language of the Moasure Firmware Updater.

1. Select the language menu located in the top header, as highlighted in the image below.
2. Select another language from the dropdown menu.
3. The interface language will update.

When you open your Moasure app you will be presented with a screen asking you to tap ‘+’ (the plus icon) to begin your measurement.

Once you tap ‘+’ (the plus icon) in the bottom centre of the Moasure app, you will see a list of available Measurement Types. Here you will be able to decide which measurement type is right for your project. Choose from Closed Shape, Open Shape, Layout, Point to Point, or Angle.

By default, Moasure always calculates distance, any elevation change and angle in all measurement types. However, depending on what you're measuring, some Measurement Types may be more efficient than others.

Closed Shape

Closed Shape is a measurement type used for calculating the area, perimeter, elevation and distance of a shape and requires the measurement to start and finish at the exact same point. Therefore, it's essential to remember your starting point, be it a corner, a stone, or a reference marker.

This method proves particularly valuable for tasks such as measuring lawns, yards, staircases, driveways and pools, as it efficiently computes square footage or square metres.

When using the Closed Shape measurement, the START – FINISH ERROR is displayed as a percentage, such as 0.8%. This percentage represents the deviation between the measurement's start and finish points. A lower percentage indicates closer alignment between these points, serving as an indicator of measurement accuracy and facilitating precise estimates of square footage or square metres.

If the error is below 1%, your measurement is considered reliable and accurate. If it exceeds 1%, the integrated will offer valuable feedback on improving your measuring technique.

Open Shape

Open Shape is a measurement type that eliminates the need for calculating square footage or square metres. This method proves particularly useful for measuring distances or elevation changes, making it well-suited for tasks such as measuring fencing, walls, or the length of pipe and cable runs. Additionally, Open Shape measurements can be applied to the sides of structures such as buildings or gazebos.

Layout (Moasure 2 PRO)

Point to Point

Point to Point measurement is a swift and efficient method for measuring distances or changes in elevation. Once you initiate a Point to Point measurement, your Moasure device calculates the distance between your first and second point. Each time you move and pause by placing your Moasure device down and keeping it still, the app will re-calculate the distance between the measurement's first point and the current point. Use Point to Point when you want to find the distance or change in elevation/gradient/rise and fall between two points.

Angle

Angle is used to measure the amount of rotation or separation between two intersecting lines or surfaces. Expressed in degrees, an Angle measurement provides a quantitative measure of the inclination or deviation between these geometric elements. A practical use case is a surveyor utilising angles to measure distances and map out land. In this context, angles play a crucial role in defining property boundaries and creating accurate topographic maps.

Summary

In summary, the Moasure app offers various measurement types for different projects, from calculating areas, perimeters and elevation changes with Closed Shape to measuring distances and elevation changes with Open Shape, Layout, Point to Point, and Angle.

Path Types

Paths are lines that connect pause points, and measurements can be made of multiple path types. You can change path type while stationary at pause points, enabling you to select a different path type to suit the specific requirements of the space you’re measuring.

Open your app, tap on the green + icon to start a measurement, then select your from either ‘Closed Shape’ or ‘Open Shape’ – you will see the ‘Paths’ icon at the bottom of your screen, and a row of seven different path types above this:

Straight Line

Straight Line is the most commonly-used path type, capturing distance and elevation. A Straight Line path is where all pause points are joined by straight lines, regardless of the route you take between them. This enables you to navigate around obstacles and obstructions, such as shrubs and boulders, and connect the desired points in a straight line.

Trace Line

Points

Ignore Line

Wall

Arc

Circle

A Circle path will display the best-fit circle that goes through as many pause points as possible, with a minimum of three* points being captured. For this path type, you don’t need to return to your starting position.

Add a new Label

To add a new label, follow the steps below:

1. Tap on a pause point in a measurement diagram.

2. Tap on Edit in the bottom bar.

3. Tap on Edit Label in the toolbar.

4. Enter your desired text.

5. Tap on Apply.

You will now see the point label appearing on the screen. Once you tap anywhere else on the measurement, the label will be hidden. The labelled point, however, remains in sight and is recognisable by its orange colour.

Remove an Existing Label

To remove an existing label, follow the steps below:

1. Tap on a point in the measurement to select it.

2. Tap on Edit in the bottom toolbar.

3. Tap on Edit Label in the toolbar.

4. Tap on the Bin icon next to the input/text field that appears.

The Square Up tool allows you to adjust the angles of your measurement. This is useful for room measurements where you want the walls and angles to snap to 90 or 45 degrees. You can change the intensity of Square up. There are three intensity levels:

1. Low

2. Medium

3. High

To use the Square Up Tool

1. Tap on Edit

2. Tap on Square Up

3. Select your desired Square Up Intensity

The Close Tool adjusts the measurement by moving the start and finish point to the same position. This can be useful for cases wherein you wanted to measure a closed shape and start and finish at the same point but ended up finishing at a slightly different point.

Once measurement is closed, the Close Tool changes to an Open Tool which does the opposite of the Close Tool.

To use the Open/Close Tool:

1. Tap on Edit

2. Tap on Open/Close

Inspect Points

When using the Moasure device, it's important to understand the three-dimensional coordinate system that helps you measure and map out spaces. This system is based on three axes: X, Y, and Z, along with angle measurements. Each measurement consists of Points and Edges. Points are locations where you've paused, and edges are the lines that connect these points.

Starting Point

Moasure uses the Cartesian coordinate system to define spatial relationships and measurements. Your starting reference point (the origin) is your initial position where:

• X = 0

• Y = 0

• Z = 0

All subsequent measurements will relate to this starting point.

The first two measured points define the X-axis.

Inspect Points

Tap on a point to inspect/view the coordinates. The coordinates are as follows:

• X: Represents one horizontal direction and measures distances and positions from the origin (starting point).

• Y: Represents another horizontal direction, perpendicular to the X-axis, and measures distances and positions from the origin.

• Z: Represents the vertical direction and measures elevation changes and positions from the origin.

• Angle: Displays the angle between edges or surfaces.

Inspect Edges

Tap on a selected edge to inspect/view the length, rise, and run.

• Length: The total distance measured along an edge or line from one point to another.

• Rise: The vertical distance between two points, representing the change in elevation (Z-axis) from the starting point to the endpoint.

• Run: The horizontal distance between two points, representing the horizontal distance from the start point to the endpoint.

The Edit Background tool can be used to show clients or colleagues a visualisation of the measured project relative to a photographed area as the measurement would then lay over the background.

Add Background Image

To add a background to your measurement, follow the steps below:

1. Tap on Edit in the bottom navigation bar to open the Edit Toolbar.

2. Tap on Edit Background.

3. Tap on Add Image located in the footer at the bottom.

4. An Image Picker will be shown that enables you to select an image from your phone to use as the background. Once you select an image, it will be uploaded to the app and used as your background.

Image Editing Tools

Once you have added an image to your background, you can edit the image. The following image editing tools are available:

• Rotate (rotates the background image by +90° degrees). To rotate the image, tap on the rotate icon in the right upper toolbar.

• Zoom (zooms the background image in/out). To zoom, pinch by moving your index finger and thumb up and down).

• Drag (drags the background image from to the left or right). To drag, tap on the image with your index finger and move it to the left or right.

• Crop (crops the background image). To crop, tap on the crop icon in the right upper toolbar. White edges appear; anything outside of those edges will be cropped.

• Change Opacity (changes the opacity / transparency of the background image). To change opacity, tap on the opacity icon in the right upper toolbar and then slide the slider that appears to the desired opacity level.

• Reset (resets all changes made to the image and measurement drawing, i.e. reverts all changes made since an image was uploaded to the background).

Switch to Measurement Drawing

By default the background image is selected, you can however also rotate, drag and zoom the measurement drawing. To do so, select the measurement drawing by tapping on the measurement icon in the right bottom. You can then rotate, drag and zoom the measurement drawing relative to the background image by using touch gestures. You can always switch back to the background image again to continue editing the background image.

If you prefer to watch instead of reading, you can view the Layers Video Guide below.

How does the Layers feature work?

The ability to capture multiple areas or shapes within a single measurement is made possible by defining the first edge. This initial edge serves as a reference or datum line, ensuring accurate placement of subsequent shapes as part of the overall measurement.

Consider these three key factors when choosing your first edge:

1. Length: The longer the first edge, the less impact that human error will have on the measurement so walk at a brisk pace, aiming to pause just as the timer bar transitions from the green zone to the amber zone. Maintain a smooth, steady path as you walk - this will enhance Moasure's accuracy in positioning each layer relative to others.

2. Distinctiveness and Repeatability: Select a distinct and easily repeatable first edge. For optimal clarity and ease, we recommend choosing a long straight line using the 'Straight Line' path type for clarity.

3. Location: Position your first edge centrally within your overall measurement area. This reduces the distance you need to travel for each additional layer.

When capturing subsequent layers, return to the first edge so that Moasure can determine the relative location of the new layer. Keeping the first edge centrally located maximises accuracy by minimising the travel distance between different areas."

Step-by-step instructions on how to create Layers

1. To start a measurement, tap on the '+' icon in the bottom centre of your screen;

2. Select 'Closed Shape' from the list of available measurements options;

3. Select the 'Path Type' you would like to use to start your measurement. We recommend the 'Straight Line' path type as your reference line (remember that you can switch between other Path types throughout your measurement at any pause point);

4. Make sure your first measurement is long with a fast paced walk within the usual timeframe;

5. Once you’re ready to finish your first measurement, tap on the '+' icon in the bottom centre of your screen;

6. To create a second Layer, tap on the 'Layers' icon in the bottom right corner of your screen and select 'Add Layer';

Important: The first two points you captured at the beginning of your measurement will be used as 'Reference Points' for all Layers. This will ensure they overlay in the correct place.

Important: Remember to save your measurements by tapping File > Save to save the layer measurement. Note that Save will just save the current file.

Save As Copy is for when you want to keep the original measurement unchanged and save your new measurement (which now includes your base measurement layer and additional layer) as a separate file.

Please make sure the two reference points are easy to access and locate, as every time you create a new 'Layer' you will need to go back to the first two reference points.

• Ideally, the two reference points must be separated by 4-5 metres.

• When starting a new Layer, you’ll notice that the Path type is automatically set to 'Ignore Line'. This will prevent the orientation line from showing on your measurement diagram.

1. Once you’ve moved from the reference line to the first point of your next measurement and are ready to measure, don’t forget to switch from 'Ignore Line' to the Path type you’d like to use next (Straight Line, Trace Line, Arc, Circle, etc.)

2. Once you’re ready to finish your second measurement, tap on the red 'STOP' icon button in the bottom centre of your screen.

3. To add new Layers, please refer to Point 5.

Key Tips

• All Layers must share the same first two reference points to ensure they overlay in the correct place.

• When adding a new sub-layer, the Path between the orientation line and the first point of the sub-layer will be set to 'Ignore Line', meaning this line will not appear on your measurement diagram.

• Once you've arrived at the sub-layer and when you're ready to begin measuring, change the Path type for the measurement.

• You can switch between other Path types throughout your measurement at any pause point.

• Remember, measurement error grows with time, not distance.

• Pause every 6 – 8 seconds throughout every measurement.

• Try to maintain a pace of at least 3ft (1m) per second – pause more regularly for longer measurements. Use each pause to plan your next move.

• Use the 'Ignore Points' tool within the app to 'ignore' individual points captured during the measurement. Once a point is ignored, a line will be drawn between the points before and after the ignored point(s). Use this feature when you need to walk around an obstacle, or when you don't have line of sight through an obstacle.

• View measurement feedback from Moasure Coach, to help you measure with confidence and accuracy.

Using Closed and Open Shapes with Moasure:

Moasure supports measuring both closed and open shapes when working with 'Layers'. However, the closure behaviour is influenced by the initial shape measured on the base layer:

• If you start with a closed shape on the base layer, all subsequent layers will also be treated as closed shapes.

• Conversely, if you start with an open shape on the base layer, subsequent layers will follow this open shape pattern.

If you measure an open shape (meaning you do not finish at the same start point), Moasure will automatically connect the endpoints with a dotted line to 'close' the shape, unless the shape consists of only two points forming a single line. You have the option to reopen the shape later if needed. It's important to note these behaviours to ensure accurate and desired measurements when using Moasure's 'Layers' feature.

The Ignore Tool enables you to ignore a point as if it was not captured. After a point is ignored, a line will be drawn between the point before and after it. This can be useful when you've captured a point because you had to stay within the 6-8 time limit or because you had to move around an obstacle.

Points that cannot be ignored

Not all points can be ignored. If a point cannot be ignored, it will be greyed out in the app and won't be tappable. The following are points that cannot be ignored:

• A start point

• A finish point

• A point that has already been ignored (an ignore point)

Auto Ignore

Instead of ignoring each point manually, you can also use the Auto Ignore Tool. Auto Ignore automatically ignores points that are on the same line that connects the start and end point.

If you’re unable to access the corner of a room or a garden, you can use the ‘Extrapolate Corner’ tool when your measurement is complete, and Moasure will do the job for you.

See an example below:

Let’s say we want to calculate the area and perimeter of a garden, but we are unable to reach one of the corners as there is an obstacle on our way.

While measuring:

1. Capture at least two points on each wall/line leading into and out of the extrapolated corner.

Once the measurement is complete:

1. 'Ignore' any irrelevant pause points in your measurement diagram;

2. Select the line you want to extrapolate to the corner;

3. Tap on ‘Edit’ and then select ‘Ext. Corner’.

Result: this action will extrapolate the selected line to the corner.

As you set down your Moasure device throughout a measurement at 6 to 8 second intervals, the Moasure app records a point – a data coordinate with X, Y and Z values.

The Auto Ignore tool enables you to "ignore" or disable points along the same plane. Once a point is ignored, the Path is connected between the points before and after the ignored point, giving you a single, straight line and its corresponding measurement.

To Auto Ignore points, follow these steps:

1. On your measurement diagram, tap on the shape you'd like to edit

2. Tap Edit in the bottom toolbar.

3. Scroll along and tap Auto Ignore

To unignore a point, simply tap on the point and then tap Unignore in the Edit menu.

The Edit Paths Tool enables you to change the originally measured.

You can, for example, change a straight path to a trace path or an ignore path to a straight path. You can also create a circle or arc based on two paths and a point. Besides changing the type of path, you can also split and join paths. So if you have measured a whole measurement with, for example, 4 segments, in Straight Path, the Edit Paths will show them as one path. You can split the paths at each pause point to make them separately editable, so you can change one path to Trace Line and keep the others as Straight Line for example.

To change path types, follow the steps below:

1. Tap on Edit in the bottom navigation bar to open the Edit Toolbar.

2. Tap on Edit Paths.

3. The Edit Paths screen will now be shown. Each path will have a different colour so you know which paths are different from each other.

4. Select a path of your choice by tapping on it.

5. Tap on Change Path Type.

6. Select a new Path Type to change the type of your selected path

To split paths or join paths, follow the steps below:

• Tap on Edit in the bottom navigation bar to open the Edit Toolbar.

• Tap on Edit Paths.

• The Edit Paths screen will now be shown. Each path will have a different colour so you know which paths are different from each other.

• Select a point of your choice by tapping on it.

• Tap on Split Path or Join Path.

• The Paths will now be split or joined at the above selected point.

You can change the start point by following the steps below:

1. Tap on Edit in the bottom navigation bar.

2. Tap on Edit Start in the toolbar that opens.

3. Tap on a new point you want to make your start point.

4. Tap on Set Start to make the selected point your new start point.

From customizing measuring units to optimizing device performance, these settings are designed to suit your preferences and needs.

To access the menu, open the Moasure app, and tap the cog icon in the top-right corner.

: Tailor measurement units and decimal precision to your specific requirements, whether you prefer metric or imperial units and varying decimal places.

Measuring Options: Alter the settings for each .

• Measuring Time / Accuracy: If you have a Moasure 2 PRO, you can choose to increase your measuring time between pause points here, from 6-8 seconds to 12-16 seconds.

• Measuring Path Options: Set the default for your measurements.

• : Fine-tune behavior, with options to adjust Flight Points Resolution and enable Smooth Trace Curves for more accurate measurements.

• Auto Edit: Choose to automatically exclude points on Straight Line path types by activating .

• Other: Ensure maximum accuracy by informing the app when using the for measurements – the app's reference point adjusts accordingly for precise readings – mute the app audio that plays while capturing measurements, and select the duration before the Moasure device disconnects and turns off to suit your preferences.

: Make the Moasure app suit you.

• On-Screen Preferences: Adjust font size for measurement displays to suit your readability preferences, visualize device orientation in measurement diagrams for improved spatial awareness and context, and turn on Grayscale to view surface model elevation without full color.

• : Configure PDF and image exports to meet your specific requirements, including Line Label Type and label visibility on drawings.

• : This setting enables you to hide Moasure Coach feedback and customize the type of feedback you would like to receive from the coach.

• Other: Personalize the app's appearance with a light or dark theme for optimal viewing comfort.

Account & Device Management

• //: Manage multiple Moasure devices registered under your account – add and remove devices, and select a primary device.

• Device Preferences: (Moasure ONE users only) – switch between double-tap and rotate methods for turning on your Moasure ONE device.

• Backup Measurements & Settings: Save all your projects, measurements and app settings to a single file, that you can save, email or use in another way.

The Add Depth Tool can be used to add custom depth to a site. This can be useful for scenarios such as calculating how much cubic metres of mulch to add to a sloped garden. The volume is calculated by multiplying the added depth by the surface area (which is the sum of areas of all the faces of the three-dimensional figure). The surface area changes when adding depth as it copies the surface and moves that up or down. The resulting volume calculation is based on a vertical projection to the copied surface set at the new level.

The Add Depth Tool can be useful for gardeners or landscapers planning mulching material application. It's also useful for hardscapers preparing foundations or base layers for pavements or patios. Let’s say a landscaper wants to know how much mulch he needs to add to cover a garden site at a depth of 6 inches (~15 cm) or a hardscaper wants to create a 6 inch (~15 cm) deep aggregate base layer for paving or concrete. They can calculate the volume of material required by taking the surface area and multiplying it by 6 inches (~15 cm). The Add Depth Tool makes this easy by pre-calculating the surface area and providing tools (such as a slider) to specify a depth, resulting in a volume calculation.

How to Use the Add Depth Tool To use the Add Depth Tool, follow the steps below:

1. Open the app and tap on Edit.

2. Select Add Depth

This will take you to the Add Depth Screen, where you'll find:

• The volume after adding depth (initially set to 0).

• The depth you've added.

As you adjust the slider, you'll see the volume change in response to the added depth value. The volume calculation is based on a vertical projection to a copied surface set at the new level. In simpler terms, it's the added depth multiplied by the surface area, where the surface area is the total area of all the faces of the three-dimensional figure.

For example, if you wish to determine how many cubic meters of mulch to add, the resulting volume calculated by this tool will provide you with that value.

To change this setting, follow the steps below:

1. Open Settings by tapping on the cog icon in the right upper corner.

2. Tap on Measuring Options.

3. Tap on Starting Path Type and select the Path Type you wish to be selected by default.

To change this setting, follow the steps below:

1. Open Settings by tapping on the cog icon in the right upper corner.

2. Tap on Measuring Options.

3. Switch on Mute Measurement Audio under Other.

Flight Points Resolution

Flight points are the points that make up the free form lines when using trace path. This Setting sets the distance between points captured when the device is “flying” between pause points when using Trace Path. You can choose the following options (we're using the metric system in below example, but the corresponding imperial values will be displayed if you have selected the imperial unit system):

• 0.05m

• 0.10m

• 0.20m

• 0.30m

0.10m is selected by default. The lower the value, the more precise the trace movement is captured.

Smooth Curve

To change this setting, follow the steps below:

1. Open Settings by tapping on the cog icon in the right upper corner.

2. Tap on Measuring Options.

3. Tap on Smooth Trace Curves under Trace Path Options.

4. Change the value (you can choose between yes and no).

To change this setting, follow the steps below:

1. Open Settings by tapping on th ecog icon in the right upper corner.

2. Tap on Display Options.

3. Tap on Theme Selection under Other. Set your preferred theme (you can choose between light and dark).

To change this setting, follow the steps below:

1. Open Settings by tapping on the cog icon in the right upper corner.

2. Tap on Display Options.

3. Tap on Dimension Font Size under On-Screen Preferences. Select your desired font size.

If you want to use the Moasure STICK to measure, we recommend letting the Moasure app know that you're using Moasure STICK – this will help maximise accuracy.

Your Moasure device's Reference Point is located on the bottom of the sharp corner. Once you've let the Moasure app know that you're using Moasure STICK – the reference point is moved to the tip of the foam-lined holder.

To let the app know that you're using the Moasure STICK, follow the steps below:

1. Open Settings by tapping on the cog in the right upper corner.

2. Tap on Measuring Options.

3. Tap on Use Moasure STICK Attachment.

4. Select "Yes".

The Reference Point is now moved to the tip of the foam-lined holder of the STICK.

When to Use Cut/Fill

You can use the Cut/Fill Tool when you're involved in earthwork or construction projects that require leveling the terrain. This tool helps determine the amount of material to be excavated or added to achieve the desired results. Let's say a landscaper is working on a project to create a terraced garden on a sloping site. They may use cut and fill techniques to achieve this. In the case of the cut operation, the landscaper may excavate the higher areas of the slope to create a level platform for the garden terraces. Let's say they remove 100 cubic yards of soil during this process. Next, for the fill operation, they might bring in additional soil or fill material to raise the lower areas of the slope, filling in the spaces between the terraces. Let's say they add 100 cubic yards of fill material. In this scenario, the cut and fill values would be equal, resulting in a net volume of 0. This means that the amount of soil removed (cut) is balanced by the amount of soil added (fill). It helps create a level surface for the terraced garden while maintaining overall volume equilibrium. While achieving volume equilibrium and minimizing material costs are crucial considerations in cut/fill projects, they may not be the sole factors. We can imagine a scenario where a landscaper might aim for a terrace height significantly surpassing the current lowest point, enhancing the overall aesthetics of the garden landscape. This desire for an elevated yet level terrace introduces a scenario where the net volume is not necessarily zero; there could be a need for more fill material than cut material, depending on the depth of the lowest point. To address this, the cut/fill tool can be utilised to set a specific level, such as +2 meters. Using the Moasure app, the tool calculates the necessary material adjustments—cutting and filling—to achieve the desired terrace height while maintaining a level surface.

Calculate Cut/Fill Volumes To use the Cut/Fill tool for volume calculations, follow these steps:

1. Open the app and tap on Edit.

2. Select Cut/Fill.

This will take you to the Cut/Fill Screen, where you'll find:

• The cut volume.

• The fill volume.

• The net volume.

• The level at which the cutting plane is positioned.

• A slider that allows you to adjust the cutting plane to your desired level.

As you move the slider, you'll see the cut, fill, and net volumes change, and the level of the cutting plane adjusts accordingly. The volumes are calculated based on a vertical projection to the horizontal cutting plane.

Enter Custom Cutting Plane Value In addition to using the slider, you can input a custom value for the cutting plane level. To do this:

1. Tap on the Edit icon next to the level value.

2. Enter your desired value.

3. Tap Update.

The level will shift to the inputted value, and the cut, fill, and net volume values will update accordingly.

Reset Values to 0 If you want to determine the level where the cut volume is 0, follow these steps:

1. Tap on the reset icon next to the cut value.

2. This action will set the cut volume to 0, and it will adjust the fill, net, and level values. The cutting plane will visually move to the level where the cut volume equals 0.

You can perform a similar process for the fill volume and net volume by tapping on the reset icon. Setting the net volume to 0 helps you find the level where cut/fill values are equal, indicating the position for levelling the site whilst maintaining volume equilibrium.

Unit System

To change the unit system, follow the steps below:

1. Open Settings by tapping on the cog icon in the right upper corner.

2. Tap on Measuring Units.

3. Select your desired Unit System by tapping on it. You can choose between metric and imperial.

Decimal Precision

You can change the decimal precision settings, i.e. the number of digits in a number, for the following units:

• Linear (meters/feet)

• Area (square meters/square feet)

• Angle (degrees)

• Gradient (percentage)

• Export (meters/feet, which can be set differently to linear setting so that the export displays differently from the measurement in the app).

To change this setting, follow the steps below:

1. Open Settings by tapping on the cog icon in the righter upper corner.

2. Tap on Account & Device Management.

3. Tap on Enable Analytics under Account Management.

4. Set your desired value (yes/no).

Line Label Type

The Line Label Type enables you to configure the label that displays on a side / line of a measurement. You can choose between:

1. None (no label will be displayed)

2. Dimensions (a label will be displayed that shows the length of the side / line)

3. Side Number (a reference number will be displayed)

To change this settings, follow the steps below:

1. Open Settings by tapping on the cog icon in the right upper corner.

2. Tap on Display Options.

3. Tap on Line Label Type under Export Preferences and select your desired label type.

Show Labels on Drawings

This option enables you to show / hide labels on drawings. This effectively does the same as choosing "none" as a Label Type in the Line Label Type setting. To change this setting, follow the steps below:

1. Open Settings by tapping on the cog icon in the right upper corner.

2. Tap on Display Options.

3. Tap on Show Labels on Drawings.

4. Select your desired value (yes/no).

Show Labels in PDF Summary

The labels in the PDF Summary are different from the side / line labels. They are the dimensions displayed of the path sides in the summary section of the PDF.

To change this setting, follow the steps below:

1. Open Settings by tapping on the cog icon in the right upper corner.

2. Tap on Display Options.

3. Tap on Show Labels in PDF Summary.

4. Select your desired value (yes/no).

Moasure Coach aims to help you improve on your measurements by giving you tips and hints on how to improve. It will also highlight the sections of the measurements that can be improved. If you rather not see this feedback, you can turn off certain types of feedback or completely hide all feedback.

To change this setting, follow the steps below:

1. Open Settings by tapping on the cog icon in the right upper corner.

2. Tap on Display Options.

3. Tap on Show Coach Feedback under Moasure Coach and set this to no if you want to completely hide all feedback. If you want to hide only specific feedback, keep this on yes and tap on Coach Preferences instead. You can then switch off feedback you don't want to receive.

1. Tap on Settings by tapping on the cog icon in the right upper corner.

2. Tap on Account & Device Management.

3. Tap on Reset Setings.

4. Confirm you want to go through with the reset by tapping on Reset in the dialog that appears.

To apply this setting, follow the steps below:

1. Open Settings by tapping on the cog icon in the right upper corner.

2. Tap on Measuring Options.

3. Switch on Auto Ignore Points under Auto Edit.

Moasure supports two turn-on methods. A legacy Double Tap method that requires a double-tap on the device to turn on and a new Rotate method that enables turning on the device by holding the device vertically and rotating it 180 degrees and back. Learn more about turning on the Moasure device in our Turn Device On and Off guide.

To change the turn on method, follow the steps below:

1. Open Settings by tapping on the cog icon in the right upper corner.

2. Tap on Account & Device Management.

3. Tap on Device Preferences under Device Management.

4. Turn on your Moasure device. The device needs to be turned on in order to make changes. Once the device is connected, you will see the device data appear on screen.

5. Tap on your current Turn on method and change it to your preferred turn on method.

Moasure 2 & Moasure 2 Pro LED Indicators

There are different colours that can show on your Moasure LED indicator.

Depending on the context, these can mean different things, both during measuring and when not measuring.

LED Indicators when measuring - Moasure 2 & Moasure 2 Pro

Flashing Blue – The flashing Blue LED indicator displays when your Moasure device is turned on and is waiting for a Bluetooth connection.

Flashing Blue & Red – The flashing Blue & Red LED indicator displays when your Moasure device is turned on and is waiting for a Bluetooth connection with low battery.

Rising & Falling Blue – The rising and falling Blue LED indicator displays when your Moasure device is connected to Bluetooth.

Rising & Falling Blue & Red – The rising and falling Blue & Red LED indicator displays when your Moasure device is connected to Bluetooth with low battery.

Solid Red – A solid Red LED indicator means that Moasure is in a 'Waiting to Capture' state. This means that your device is ready to be placed down at your origin point and kept stationary for around one second. Once the device is stationary, a measurement point will be captured.

Solid Green - A solid Green LED indicator indicates a ‘Success’ state. When the Green LED indicator is activated during a measurement, it means that a measurement point has been captured – you can now continue measuring, or Finish the measurement if it's complete.

Flashing Green - A flashing Green LED indicator is activated when you begin moving with Moasure. This means that your device is measuring its own movement and recording data. The LED indicator will continue flashing green for up to 6 seconds with Moasure 2/Moasure 2 Pro and for up to 12 seconds with Moasure 2 Pro depending on these settings.

Flashing Amber – A flashing Amber (Orange) LED indicator is activated while moving where the LED indicator will start flashing amber between 6 seconds to 9 seconds with Moasure 2 and between 12 seconds to 18 seconds with Moasure 2 Pro depending on these settings.

Flashing Red – Warning: A flashing Red LED indicator is activated while moving where the LED indicator will start flashing red after 9 seconds with Moasure 2 and after 18 seconds with Moasure 2 Pro depending on these settings.

LED Indicators when not measuring - Moasure 2 & Moasure 2 Pro

4 Amber Flashes – Charging battery: 0% - 25%

1 Green Flash followed by 3 Amber Flashes – Charging battery: 26% - 50%

2 Green Flashes followed by 2 Amber Flashes – Charging battery: 51% - 75%

3 Green Flash followed by 1 Amber Flashes – Charging battery: 76% - 99%

Solid Green – Battery charging complete

4 Red Flashes – Charging Fault: Battery is either too hot or too cold, or faulty. Ensure you charge at room temperature

Moasure ONE LED Indicators

LED Indicators when measuring - Moasure ONE

Flashing Blue – The flashing Blue LED indicator displays when your Moasure device is turned on and is waiting for a Bluetooth connection.

Slow Flashing Blue – The slow flashing Blue LED indicator displays when your Moasure device is connected to a Bluetooth connection.

Solid Red – A solid Red LED indicator means that Moasure is in a 'Waiting to Capture' state. This means that your device is ready to be placed down at your origin point and kept stationary for around one second. Once the device is stationary, a measurement point will be captured.

Solid Green - A solid Green LED indicator indicates a ‘Success’ state. When the Green LED indicator is activated during a measurement, it means that a measurement point has been captured – you can now continue measuring, or Finish the measurement if it's complete.

Flashing Green - A flashing Green LED indicator is activated when you begin moving with Moasure. This means that your device is measuring its own movement and recording data. The LED indicator will continue flashing green for up to 6 seconds.

Flashing Amber – A flashing Amber (Orange) LED indicator is activated while moving where the LED indicator will start flashing amber between 6 seconds to 9 seconds.

Flashing Red – Warning: A flashing Red LED indicator is activated while moving where the LED indicator will start flashing red after 9 seconds.

LED Indicators when not measuring - Moasure ONE

Flashing Amber – Charging battery

Solid Green – Battery charging complete

1 Red Flash followed by 2 Amber Flashes – Battery low

3 Red Flashes – Error: Contact support@moasure.com

To remove a Moasure device, follow the steps below:

1. Open Settings by tapping on the cog icon in the right upper corner.

2. Tap on Account & Device Management.

3. Tap on Device Preferences under Device Management.

4. Tap on Remove Device.

5. Confirm that you want to go ahead with removing the device by tapping on Yes in the dialog that appears.

There are two ways you could achieve this. You can achieve this using a single measurement or by first completing a measurement and then adding a layer. We will explain both options and their advantages and disadvantages below, starting with single measurement.

Single Measurement

1. Measure the Lawn Perimeter - Start by measuring the lawn perimeter. - Return to the start point without ending the measurement. 2. Capture Tree Locations - Change the path type to Points Path. Move towards the first tree and place the device at the tree’s location. Repeat this process until all tree locations are captured. If you cannot reach a tree location within the 6-8 second recommended time range, you can switch to ignore path before moving to the next location and stop in between. The stops in between will then be marked as ignore points so you can distinguish them visually from the other points. You can also ignore points post measurement. 3. Complete Measurement - End the measurement once all tree locations are marked.

Layers

1. Measure the Lawn Perimeter - Start by measuring the lawn perimeter. - Return to the start point and end the measurement.

2. Add a New Layer - Add a new layer to the measurement by tapping on the "Layers" Icon in the right bottom corner of the app and then tapping on "Add Layer". - You will be prompted to place the device at the shared origin. This is the start point of the first measurement (layer). - Once you place the device down and it's stationary at the shared origin, you will be prompted to move anywhere along the first origin edge. - The above two steps allows the Moasure device and Moasure App to correctly align your new layer to your first layer. Whilst completing these steps you will be in Ignore Path, so you will be prompted to change to a different path once completing those steps, so that the app can start drawing your measurement.

3. Capture Tree Locations - Change the path type to Points Path. Move towards the first tree and place the device at the tree’s location. Repeat this process until all tree locations are captured. If you cannot reach a tree location within the 6-8 second recommended time range, you can switch to ignore path before moving to the next location and stop in between. The stops in between will then be marked as ignore points so you can distinguish them visually from the other points. You can also ignore points post measurement.

4. Complete Measurement - End the measurement once all tree locations are marked.

Viewing Trees and Sprinkler Locations

1. View in the App - In the app, you’ll see both the lawn perimeter and points representing tree locations on the drawing. If you've used a single measurement, they will appear on a single layer. If you've used Layers, they will appear on separate layers. In all cases, they will both be visible on the canvas by default, however you can choose to hide either when using Layers. The other benefit of using layers is that you can break up your measurement over time and save your progress between measurements, so that you just need to redo one layer if you make a mistake on the second layer rather than the whole measurement. A disadvantage of using layers could be that more care needs to be taken when starting the new layer to accurately align the new layer to the base layer. If this is not done well, the angle could be off. You can weigh these trade offs against each other to determine the best option for your project. - Tap on any point, whether on the perimeter layer or points layer, to view their respective x, y, z coordinates. 2. View on PDF - If you wish to view coordinates on a PDF export, label the points before exporting. Coordinates of points measured using Points Path or Ignore Path that are not labeled, will not show on the PDF Export. If coordinate visibility on the PDF isn’t essential, you can skip labelling; the points will still appear visually on the drawing. - If you've labelled points, their respective coordinates and text label will be displayed on the “Labelled Points” section of the PDF.

You can contact us via the app or via support@moasure.com. We recommend sending a support request through the app as this will provide us with diagnostic and measurement data that will enable us to assist you better.

To send a support request through the app, follow the steps below:

1. Open Settings by tapping on the cog icon in the right upper corner.

2. Tap on Send Support Request.

3. Write your message and tap on Send Support Email.

4. The email will be sent via your default email client on the phone. Confirm sending through the email client. Once you do this, the request will be sent and you will be re-directed to the app.

In Layout Mode, Moasure will guide you to specified points via the Moasure app, enabling the identification of locations and markings.

In addition to being able to Lay Out Points Based on Entered Coordinates, you can start laying out directly from a saved measurement.

Starting Layout Mode from a Saved Measurement

In the Moasure app, tap File > Open, and then open a folder if needed. Once you’ve found your measurement diagram, tap the three vertical dots and select Start Layout Mode.

This will open your measurement diagram directly in Layout Mode, where you can preview the area shape you want to set out.

The Moasure device will generally turn off within a minute if you turn it on without starting a measurement to save your battery. You can change Moasure Device time out setting through your Settings. Below are the steps to do so:

1. Open Settings by tapping on the cog icon in the right upper corner

2. Tap on Measuring Options

3. Tap on Moasure Device Disonnection and change it to your desired value. You can select the following values: one Minute, two minutes and five Minutes.

You can have multiple Moasure devices registered under one account and simply switch between them for measurements.

To change a Moasure device:

1. Open Settings by tapping on the cog icon in the right upper corner.

2. Tap on Account & Device Management.

3. Tap on Device under Device Management.

4. You will see a list of devices. The selected device will have a checkmark in the bottom right corner of the Moasure icon. Tap on a different device to change the selected device.

To change this setting, follow the steps below:

1. Open Settings by tapping on the cog icon in the right upper corner.

2. Tap on Display Options.

3. Tap on Show/Hide Modules in Diagrams under On-screen Preferences.

4. Select your desired value (yes/no).

Moasure does not yet have a public facing web service API. If you are interested in this, we would like to hear from you. Contact us at support@moasure.com.

To log out, follow the steps below:

1. Open Settings by tapping on the cog icon in the right upper corner.

2. Tap on Account & Device Management.

3. Tap on Log Out under Account Management.

When you register an account on the Moasure app, we store your name and email address.

Measurements, background images and account profile images/logos are stored on your device and are not accessible to or shared by 3D Technologies / Moasure.

For the purposes of user experience improvements and research, we do collect data relating to app interactions. You can however disable analytics. Please note that analytics help us help you better when you submit a support request. To delete your account, follow the steps below:

1. Open Settings in the Moasure app by tapping on the cog icon in the right upper corner.

2. Tap on Account & Device Management.

3. Tap on Delete Account

4. Confirm you want to go through with the deletion by entering your password in the dialog that appears and tapping on Delete.

Once you complete the above steps, all data associated with your account will be completely anonymised, namely, your name and email address. If you're having trouble with the above, you can contact support at support@moasure.com with your data deletion request and we'll delete your account for you.

Moasure has an App Link / Deep Link API that allows partners to build deep link functionality. This allows partners to, for example, create a button in their app to start a measurement which on tap will open the Moasure app and start a measurement straight away. Once the action is completed, the Moasure app will then redirect the user to the partner app with the relevant data that can then be parsed by the partner app. There are also other operations supported.

To access the API, please contact support@moasure.com.

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Moasure’s measurement data can be imported into Uvision using Moasure’s CSV exports in conjunction with Uvision’s Terrain Elevation Import Wizard. This wizard enables mapping Moasure’s format with Uvision’s. Here's a step-by-step guide:

1. Export the Data from Moasure:

• Open the measurement you want to import using the Moasure app.

• Tap "File" > "Export," then select "CSV."

• Configure the export settings by choosing what data to include. For a simpler import, switch off all toggles except “Include Column Heading.”

2. Open the Import Wizard in Uvision:

• Open Uvision, go to the "Tools" menu, and select "Terrain Elevation Import Wizard."

• Click "Next" to proceed.

3. Match the Columns:

• When prompted to specify which columns contain the X, Y, and Z data, select "manual" instead of the default "automatically determine."

• Match Moasure CSV columns with Uvision's as follows:

• Start Column: Choose the column containing X coordinates (note this should not be path or point, which the public csv file starts with). It should be the X column.

• Order of XYZ Data: Select X, Y, Z as the required order.

• Units: Ensure this is set to the right unit matching the export units set in Moasure.

4. Choose Contour Intervals:

• Set the contour interval to your preference, like 6 inches or another suitable interval.

After completing these steps, your Moasure data should import smoothly into Uvision.

You can have multiple Moasure devices registered under one account and simply switch between them for measurements.

To add a Moasure device, follow the steps below:

1. Open Settings by tapping on the cog icon in the right upper corner.

2. Tap on Account & Device Management.

3. Tap on Device under Device Management.

4. Tap on Add Device.

5. Follow the instructions on the screen to pair your device. You can learn more about paring in our Connect Moasure guide.

Learn how to measure the area, perimeter, and handle curves and obstacles using your Moasure device.

1. Preparing for Your Measurement

• Clear debris: Remove any obstacles from key placement points.

• Choose a starting point: Pick a memorable location (e.g., a corner) to start and finish your measurement.

2. Setting Up Your Moasure Device

1. Open the Moasure app and tap the + icon to start a new measurement.

2. Select ‘Closed Shape’ as your measurement type.

3. Turn on the device:

   • Raise the Moasure device/STICK vertically.

   • Rotate it gently back and forth through 180 degrees until the LED flashes blue.

4. Place the device at your starting point:

   • Align the reference point against the corner

   • LED will turn from red to green to confirm capturing the first point.

3. Measuring Techniques

a. Straight Lines

• Walk quickly and pause to capture points.

• Place the device down when in the green zone or no later than the amber zone on the timer bar for best accuracy.

b. Trace Line for Curves

• Use Trace Line to capture curved edges.

• Walk smoothly along the curve while Moasure records the path.

• The app will stay in Trace Line mode until you change it.

c. Arc Path for Obstacles

• Use Arc when you can’t trace around the curve directly due to plants or other obstacles.

• Capture three points: the start, midpoint, and end of the arc.

• The app will display a best-fit arc once complete.

4. Capturing Your Measurement

• Divide runs into roughly equal segments for better accuracy.

• Place the STICK:

  • Keep it steady with a light grip and place quickly but gently.

  • Use the vee of your hand for support on grass or leaves.

• Switch between path types as needed (Straight Line, Trace Line, Arc etc).

• Continue aligning the STICK’S reference point against the edge of the path.

5. Completing and Saving the Measurement

1. Finish at your starting point.

2. Tap the Stop icon to end the measurement.

3. Save your work:

   • Tap ‘File’, create a project folder, name the file, and save.

4. View results:

   • Perimeter and Area are displayed automatically.

   • Switch units: Tap the cog icon, select ‘Measuring Units’, and choose Metric or Imperial.

5. Export the measurement:

   • Tap ‘File’ > ‘Export’, and choose a format such as PDF, DWG or DXF.

Pro Tips

• Practise a few measurements before using Moasure on projects.

• Use pause points to plan your next path type.

• Keep a steady quick pace and light grip for best results.

For this guide, we're measuring a garden of approximately 12 x 8 meters. If we plan to stop every 6 meters, which will be approximately every 6 seconds, we will expect to stop approximately 16 times. Another part of planning is thinking about what Path Type(s) we will be using. If the garden is rectangular, we can use Straight Line. If our garden features any curves, however, we need to use Trace Line so we can capture the curved edges. If our garden has edges that are straight at some places and curved at others, we can use a combination of straight and trace lines. We can change the Path Type at the start of the measurement and after each pause point (the point at which we place the device down). Last but not least, we need to consider any objects that might be in our way, so that we can plan ahead how best to avoid them. If we use Straight Line, we can walk around an object and our movement will not be captured, as Moasure will draw a straight line between the pause points – this can be useful when navigating large obstacles, as we can select 'Ignore Line' while measuring or ignore a pause point once the measurement is complete, depending on the application. If we use Trace Line, however, the device will capture our exact movement.

Bear in mind that ignored paths cannot be labelled, so if you're interested in labelling where an object starts and ends, you may want to use Straight Line to capture the length of the object, then label where the object starts and ends. Learn more about Labeling in our Edit Label Guide.

We're going to use the Closed Shape Measurement Type, as we will be starting and ending at the same point, and because we're interested in getting the square footage of the garden. Square feet can only be seen when using the Closed Shape Measurement Type. There are no curvatures in the outline of the garden, so we used Straight Line for each Path.

Measuring An Irregular-Shaped Yard With Layers

In this video tutorial, learn how to use the 'Layers', 'Ignore' and 'Extrapolate Corner' features to measure an irregular-shaped yard full of tricky obstacles, using the Moasure device without using a STICK.

Start by walking around the site, clearing objects out of the way where possible, and identifying suitable placement areas. In tricky terrain, it can be easier to use the Moasure device without the STICK, as it enables you to avoid accidental impacts that could affect measurement accuracy; to use Moasure without the STICK, go to Settings, tap Measuring Options, then under Other, tap 'Use Moasure Stick Attachment' then tap 'No'.

To start measuring, open the Moasure app and tap the + icon – once it turns red, place the device at a memorable starting point. The default Starting Path Type will be ‘Straight Line’, unless you have already changed this in your Settings – you can change path type now and also when stationary at a pause point. When the LED indicator turns from red to green, move at pace to the next point and place the Moasure device down quickly, gently aligning the reference point with the edge.

If an obstacle stops you from placing the Moasure device in the desired location, you can pause in a more accessible location instead, then ignore this point once the measurement is complete. Additionally, if there are any inaccessible corners in your yard like in the video, you can use the Extrapolate Corner tool once your measurement is complete – in order to do this, make sure you capture at least two points on each side leading into the corner. Finish capturing the perimeter of the site, returning to the original starting point to complete the measurement; to end the measurement, tap the red stop icon, then tap ‘File’ and ‘Save’.

You can now edit your measurement diagram using the app tools. Use the Ignore tool to remove any irrelevant points – simply tap the selected point, tap edit, scroll to the right and select the ignore tool. This will remove the selected point as if it wasn't captured. Once the point is ignored, the app will automatically connect the points before and after it, creating an adjusted line. To extrapolate a corner, firstly, remove any extra pause points using the ‘Ignore’ method, then tap on the diagonal line to highlight the selected edge, tap edit, scroll across and tap ‘Ext. Corner’, which will add in the missing corner based on the angles of the measurement segments. Once you have the yard's true perimeter and area, save the updated measurement by either overwriting the existing file or saving it as a new file.

To capture another layer, tap on Layers in the bottom-right corner of the app, then tap ‘Add Layer’. Return to the shared origin, which is where you started measuring the yard’s perimeter, then capture a second point along this same edge – the path type will automatically switch to Ignore Line. Change the path type to suit the next layer, whether that’s Trace Line, Arc or Wall Mode, remembering to rename and save each additional layer.

Once all your layers have been measured and your measurement diagram is complete, tap File, Export and select your chosen file format.

Your Moasure device is designed to measure elevation by default, and all measurements are captured in 3D. Starting from app version 2.0, the Moasure app introduces volume and surface area calculations, enhancing your capabilities.

If you prefer watching instead of reading, you can watch the tutorial video below

Measuring Volume To measure volume accurately, follow these steps:

1. Start a Measurement.

2. Measure the Perimeter.

3. Return to the starting point without ending the measurement.

4. Change the Path Type to Points.

5. Measure points within the perimeter. The more points you capture, the better the surface fitting accuracy. Capture additional points in areas with elevation fluctuations or undulations.

6. Once satisfied with the points captured, return to the original start point (this improves accuracy).

7. Finally, end the measurement.

Viewing Results

To view the measurement results, follow these steps:

• To see a surface mesh of the measured site, tap on the Surface Icon.

• Below the surface mesh, you'll find the Surface Area and volume calculation.

• To view a contour map, tap on the Contour Icon. Contour maps are used to represent the topography or elevation of a particular area. They typically display lines called contour lines that connect points of equal elevation. These lines help visualise the shape of the land to identify changes in elevation. The spacing between contour lines indicates the steepness of the slope. The closer the contour lines are, the steeper the slope and vice versa. The contour intervals are automatically set by the Moasure app.

Advanced Tools For advanced calculations, such as cut/fill values or adding material to a site, you can use the Cut/Fill and Add Depth Tools.

When to Use Cut/Fill and Add Depth

• The Add Depth tool is specifically designed for calculating the volume of a material (such as mulch, soil, or gravel) based on a given surface area and desired depth of coverage. By multiplying these values, it calculates the total volume required.

• The Cut/Fill tool, on the other hand, is used for determining the amount of material to be excavated (cut) or added (fill) during earthwork or construction projects to achieve desired levels and/or to level a site.

• Use the Add Depth tool when you need to calculate the volume for uneven, undulating and/or sloping ground or calculate volume of a specific material (like mulch, soil, or gravel) required to cover a given surface area at a desired depth. This is useful for gardeners or landscapers planning mulching material application. It's also useful for hardscapers preparing foundations or base layers for pavements or patios. Let’s say a landscaper wants to know how much mulch he needs to add to cover a garden site at a depth of 6 inches (~15 cm) or a hardscaper wants to create a 6 inch (~15 cm) deep aggregate base layer for paving or concrete. They can calculate the volume of material required by taking the surface area and multiplying it by 6 inches (~15 cm). The Add Depth Tool makes this easy by pre-calculating the surface area and providing tools (such as a slider) to specify a depth, resulting in a volume calculation.

• Use the Cut/Fill tool when you're involved in earthwork or construction projects that require leveling the terrain. This tool helps determine the amount of material to be excavated or added to achieve the desired results. Let's say a landscaper is working on a project to create a terraced garden on a sloping site. They may use cut and fill techniques to achieve this. In the case of the cut operation, the landscaper may excavate the higher areas of the slope to create a level platform for the garden terraces. Let's say they remove 100 cubic yards of soil during this process. Next, for the fill operation, they might bring in additional soil or fill material to raise the lower areas of the slope, filling in the spaces between the terraces. Let's say they add 100 cubic yards of fill material. In this scenario, the cut and fill values would be equal, resulting in a net volume of 0. This means that the amount of soil removed (cut) is balanced by the amount of soil added (fill). It helps create a level surface for the terraced garden while maintaining overall volume equilibrium.

Ultimately, the choice of tool depends on the specific project

Moasure makes it simple and efficient to measure pool perimeters, no matter the shape. This guide will walk you through step-by-step instructions for measuring different pool shapes, such as rectangular designs with arc corners and more complex kidney-bean-shaped pools.

Tutorial Overview

• Tap on the Closed Shape Measurement type in the app.

• Turn on your Moasure device by raising it vertically and rotating it 180° back and forth until the LED flashes blue. Once the LED turns red, place the device at your starting point.

• Align the reference point of the device with the edge of the pool to ensure accurate measurements.

• Identify a memorable starting point and look for obstacles to navigate around.

• Plan how to avoid or account for items like fountains or handrails. Use the appropriate path type to either trace around or bypass these objects.

Measuring a Rectangular Pool with Arc Corners

Here's a recap of how we measured the perimeter of this pool.

Start Measurement

• Place the device at the pool’s edge and begin with a straight line path.

• Start walking at a quick, steady pace towards the next corner.

• Pause at roughly half way, splitting the measurements into two fairly equal parts.

• Pause at the start of the 'arc' measurement.

• Switch to the 'arc' path at curved corners.

• Place the device at three points: the start, the middle, and the end of the curve.

• The app will automatically calculate the best-fit arc after the third point.

• Continue measuring, using 'Straight Line' path to navigate around handrails / obstacles.

Finish Measurement

• Ensure you end at the starting point to close the shape. Tap the red stop icon to see the perimeter and area values.

Adding a Background Image

• Tap Edit > Edit Background > Add Image.

• Upload an aerial view of the pool project.

• Adjust size, rotation, and opacity for alignment. Tap Apply to save.

Measuring a Kidney-Bean-Shaped Pool

Here's a recap of how we measured the perimeter of this pool.

• Align the device’s reference point with a memorable pool edge location for easy return.

• Start with the 'arc' path (navigate around the pool handrails) to capture large curves. Place the device at three points for a best-fit arc.

• For irregular curves, use the 'trace line' path to follow the pool’s edge.

• Switch to the straight line path to bypass small obstacles like handrails.

• Use the trace line path when moving along unobstructed curved edges.

• Break up longer segments into smaller parts to maintain accuracy.

• Return to the starting point to close the shape, and tap the red stop icon to view the perimeter and area values.

Adding a Background Image

• Tap Edit > Edit Background > Add Image.

• Reduce opacity to better align the measurement with the image.

• Toggle between the background and captured measurement to adjust the image placement and tap Apply.

Pro Tips for Accurate Measurements

• Technique: With motion-based measuring, you must:

  • Move quickly

  • Periodically set down the device.

  • Rotate the device slowly and steadily, not abruptly.

• Pausing: Aim to pause when the timer bar is in the green zone and no longer than within the amber zone.

• Use Path Types Strategically: Switch between straight, arc, and trace lines as needed for best results.

Notes By following these techniques and best practices, you’re equipped to measure any pool shape with confidence and accuracy using Moasure. Save your files, add background images, and create detailed, professional measurements with ease.

Pool Measurements

Before starting measuring a site, we recommend to plan where you will start, pause and finish. A good measuring plan will enable you to stay within the time range limits (6-8 seconds) of Moasure by pausing at the right time and decisively place the device down without panicking. If your shape is closed, you can choose the Closed Shape Measurement Type as you will be starting and ending at the same place. For this guide, let's imagine we're measuring an average pool of 6 by 12 meters. We can plan to stop every 6 meters which will be approximately 6 seconds. That way, we will stop approximately 12 times. Another part of planning is thinking about what Path Type(s) we will be using. If the pool is rectangular, we can use Straight Line. If our pool has curvatures however, we need to use Trace Line so we can capture the curved edges. If our pool's edges are straight at some places and curved at others, we can use a combination of straight and trace lines. We can change the Path Type after each pause point (the point at which we place the device down). Last but not least, we need to consider any objects that might be in our way, so that we can plan ahead on how to avoid them. If we use straight line, we can walk right around an object and the round/curved move we make around the object will not be captured as Moasure will draw a straight line between the pause points. If we use trace line however, we would need to switch to Straight Line or Ignore Line to go around the obstacle as going around an obstacle in trace line will trace / capture exactly how we've moved around it. Ignore Line however will not capture how you walk between the two pause points. This is useful if you want that part to be empty on your measurement drawing. Bear in mind however that ignored paths cannot be labelled. If you're interested in labelling where an object starts and ends, you might want to use Straight Line to capture the length of the object and then label where the object starts and ends. Learn more about Labeling in our Edit Label Guide. We're going to measure the pool illustrated below (see illustration 1), which has straight lines only, so we can measure it entirely using the Straight Line path type. It does have some obstacles however. The obstacles are the fountain on the right side and the two sunbeds at the front. Since the pool's edges are all straight, we can simply use straight lines to move around these objects. We will plan to pause at each point where the side moves into a different direction (see illustration 2).

The mental planning picture of start / finish and pause points and where we need to move around obstacles is captured in the following picture.

Now that we have planned out:

• Where / when to start, pause and finish (every 6 meters at points the edges change direction)

• What measurement type we will use (closed shape)

• Where to move around obstacles (at the fountain and sunbeds)

• Which path types to use (straight line and potentially ignore line)

We can go ahead and start measuring. As long as we measure with the right technique, we should get a great measurement. Since this is a closed shape, we will be able to see square meters / square footage and get an Error Percentage that tells us how good our measurement was.

Here's a comprehensive tutorial that will take you through how to accurately measure a proposed or existing decking area, complete with area, volume, and elevation changes for surface leveling.

Use these points as a guide to measure for new decking:

• Choose a memorable starting point, then tap on the + icon and select ‘Closed Shape’.

• Once the LED indicator changes from red to green, the first point is captured and you can move to the next point.

• If you need to change path type, you can do this while stationary at a pause point.

• Curves are common with decking and for established curve measurements, we recommend using the Arc path type rather than Trace Line. For an Arc, capture a minimum of three points – at the start, middle, and end. On your third measurement, the app will display the best-fit arc.

• Once the perimeter measurement is complete and you have returned to the original starting point, you can then capture the surface area of the shape.

• To collect grade changes, select the Points path type and zigzag across the area, gathering enough points to accurately capture the varying grades or elevations, which will assist in leveling the site using the cut-and-fill feature.

• Finish the measurement by returning to the perimeter starting point for increased accuracy – tap on the red icon to stop measuring.

• Change to 3D cube view to visualize the elevation, or tap the 3D surface icon to view the surface area and volume.

• Tap ‘Edit’ > ‘Cut / Fill’ > ‘Net’, and set the net fill as zero to see how to level the site ready for decking without bringing in or removing any material.

Use these points as a guide to measure for existing decking:

• Clear any easy-to-move obstacles before you begin measuring, and assess any immovable obstructions.

• Choose a memorable starting point, then tap the + icon and select ‘Closed Shape’.

• Select an appropriate path type and measure the perimeter of the decking area, pausing regularly – remember to use ‘Trace Line’ if you are measuring an irregular shape, as you can follow the exact curves of the decking edge.

• If there is an inaccessible corner, you can use the ‘Extrapolate Corner’ feature to measure into it – simply capture two measurement points, before and after the corner, then revisit this once you have finished your measurement.

• Continue measuring, changing path type as required, and return to your original starting point – tap the red stop icon to finish the measurement.

• If you need to extrapolate a corner, now is the time to do this – simply tap the line between the two relevant points and select ‘Edit’. Scroll to ‘Extrapolate Corner’ and tap to extrapolate the selected line into the corner to see the full perimeter and area.

When you have a complete measurement diagram for your new or existing decking area, you can export as a PDF, image file, DXF, DWG or CSV straight into CAD software, to continue planning your decking project.

The Layout measurement type enables the input of coordinates as well as being able to Lay Out Points Based on a Saved Measurement Diagram.

Starting Layout Mode from Entered Coordinates

This process entails either uploading or manually inputting coordinates into the app. Once entered, Moasure provides guidance to the specified coordinate points, enabling the identification of locations and markings.

Entering Coordinates

1. Select the 'Layout' Measurement Type

   1. Open the Moasure app.

   2. Tap the ‘+’ icon at the bottom centre of the app.

   3. Tap 'Layout'.

1. Inputting Coordinates

   1. Tap on the '+' icon on the Add Coordinates screen to start adding coordinates. You will then be prompted to choose your input method, which can be a CSV file containing your Layout coordinates, or the option to enter manually.

   2. If you have previously added coordinates and used them in a measurement, they will be auto saved and retrievable in the list of files denoted with a CSV icon on the Add Coordinates Screen.

2.1 Import CSV

• Tap on Import CSV.

• Your phone file picker will open to allow you to select a CSV file. Select your CSV file, ensuring the CSV matches the required format, as outlined below:

The format requires two columns without headers:

• X-coordinate (first column on the left)

• Y-coordinate (second / middle column)

Example File

You can view and download an example CSV file below:

2.2 Manually Enter Coordinates

• Select Enter Manually then tap on the '+' button located in the bottom-right corner of the screen.

• Enter coordinate values in the form that appears. Specify whether your points will be:

  1. 'Relative to Origin' (measured in relation to the origin point); or

  2. 'Relative to Last Point' (measured in relation to the last point).

• Then proceed to specify the X, Y, and (Radius) Tolerance of your coordinate. The tolerance setting allows you to specify a radius within which you would like to find the coordinates. This setting helps in adjusting the precision of your search based on the importance of accuracy for your task. You can choose from three pre-set radius options:

  • 2 cm: select this for high precision. Ideal when you need to pinpoint an exact location and minimal deviation is crucial.

  • 5 cm: this is a moderate precision option. It balances accuracy with a wider search area, suitable for general purposes.

  • 10 cm: choose this for the lowest precision. This setting covers the broadest area, useful when exact coordinates are less critical and you are looking for general proximity.

• Select a tolerance based on how close you need to be to the target coordinates. A smaller radius increases precision but narrows the search area, while a larger radius expands the search area but reduces precision.

1. Review and Preview

After adding coordinates, you will be able to view, edit and delete them using the edit and bin buttons. When you edit a coordinate, you can edit the X, Y and tolerance radius as well as the position of the coordinate in the list (the index). This is useful for when you want to re-order the coordinates in the list. To do so, simply tap the Edit Icon, select a new position number from the dropdown field, and tap Save.

Once you have entered all your coordinates and are happy with them, tap on Preview. The app will sketch a drawing to help you check whether your data input is valid.

REFERENCE EDGE:

The reference edge is crucial for the accurate placement of your coordinates. Here’s a detailed explanation:

• You need to capture a reference edge to reference the entered coordinates.

• The reference edge consists of the first two captured points, A and B. These points are critical, as they establish the X-axis.

• The entered coordinates are relative to the origin, A.

• The app will prompt you to capture the reference edge prior to guiding you to the entered coordinates.

If you are satisfied with your input, tap on Continue.

1. Align Phone with Reference Edge

Moasure uses your smartphone’s compass to help guide you to your inputted coordinates. To do this, it’s crucial that you align your phone with the direction of the reference edge. The reference edge is the first two points that help to orient the device, starting with the origin point. Once captured, your X and Y axes are established. Now, tap on Done.

1. Measure

   1. Place a marker at the origin of your reference point. This marker needs to be memorable, as you will finish at your first origin point.

   2. Orient the device by moving at a fast pace from your first reference point to your second reference point within the green zone of the timer bar. Note that the inputted coordinates are referenced to your origin point. The reference edge is shown in the bottom-left corner of your app as a compass.

   3. Once you have completed this step, you will be instructed to proceed to target 1, which corresponds to either the first coordinate in your CSV file or your manually-entered list of coordinates. The target point will be visually represented on the canvas with a crosshair icon.

   4. Be sure to rotate your device gradually, not abruptly, and place it down quickly, but gently. Walk to the first target point, ensuring you set the device down within the green zone of the timer bar along the way, and no later than the amber zone.

   5. After placing the device down, the app will indicate whether you have placed it inside or outside of the target radius (defined in your input data). If the device is outside of the target radius, the app will provide feedback on the distance from the target and show a dotted line between your current position and the target point, guiding you in the correct direction with an arrow. If the device is within the target radius, the crosshair icon will turn fully green with a check mark. Place a marker within the target. You will then be prompted to proceed to the next target until all targets are captured.

   6. After capturing your final coordinate, return to your origin point, marked as 'A'.

By following these steps, you can accurately lay out points based on entered coordinates using the Moasure app and Moasure 2 PRO device.

Moasure devices use high-performance inertial sensors to record changes in their own position as they move from one point to another. Moasure measures in 3D by default, so will always automatically capture elevation changes, slope and rise and run / rise and fall. To view measurements in 3D, you can switch to 3D View. To view rise and run, rise and fall, slope and gradient, you can use the Cross Section View Tool. The elevation is measured relative to the starting point, which is the origin (x:0, y:0, z:0). The elevation can be positive (upwards) and negative (downwards). The elevation captured depends on the Path Type used for the measurement. When using Straight Line, elevation is measured in a straight line between the two points and elevation changes between the pause points (in-flight) are disregarded. In Trace Line, elevation changes are captured in-flight, which means that you see exactly how the device has moved up or down in between the pause points.

When you place your Moasure device down and keep the device still, Moasure's algorithms calculate the data and the Moasure app records a point – a data coordinate with X, Y and Z (elevation) values. The X,Y and Z values are relative to the origin point (x:0, y:0, z:0). The first point recorded in a measurement is always the 0 point (x:0, y:0, z:0). Subsequent X, Y and Z coordinates are calculated and displayed relative to this origin.

This means that when you measure the complete perimeter of a yard, for example, the linear distance between each point is calculated, as well as height or elevation of the point itself.

Using advanced algorithms, the Moasure app then calculates the overall linear distance, giving you the perimeter measurement – and giving you the total square footage of the space.

Watch this quick tutorial video on how to utilize both the Ignore tool and the Extrapolate Corner tool to measure complex spaces.

Obstacles or obstructions may seem like a challenge when measuring with Moasure, since motion-measuring requires you to pause every 8 seconds.

However, the Moasure app the powerful Ignore tool within the Moasure app offers you a quick and simple way to measure through obstacles as if they never existed.

In the following example, the back yard has large solar panels situated along the perimeter, preventing us from taking a measurement along the very edge of the lawn.

Thanks to the powerful Ignore tool within the Moasure app, we are able to instead measure around the obstacle, capturing points as we go, until we get to the other side of the obstacle. Then, once we've returned to the measurement start point to complete the measurement of the space, we're able to utilize the Ignore tool to remove unwanted points from the measurement drawing.

After a point is ignored, a line will be drawn between the point before and after it. You can pause and capture as many points as you need in order to measure around an obstacle. Likewise, you can ignore or remove as many points as you need in order to create an accurate measurement and corresponding drawing of a space.

The following clip demonstrates how using the Ignore tool essentially removes measurement points.

Learn more about the Ignore tool.

Open the Moasure app, tap on the green + icon, then select ‘Closed Shape’ – this means you’ll be capturing the perimeter and area of the outer footprint of the building. Turn on your device, then when the LED indicator turns red, place your Moasure at a memorable starting point on the wall, holding it between two fingers and your thumb, and swipe across in the app to select the 'Wall' path type.

When the LED indicator turns green, the Moasure device has captured your starting point, and you can move smoothly but quickly to your next pause point. Walk around the perimeter of the building, making sure you pause within the green zone each time, and no later than the amber zone. There is no need to measure the start and end of each wall, as the device will automatically extrapolate to the corner as long as you capture a measurement on each wall face, but do avoid placing the device on uneven surfaces whenever possible to maintain accuracy.

If an obstacle appears, simply walk around it. Place the device flat on the floor when you pause as you maneuver around the obstruction, and these points will be automatically ignored while in the Wall path type. When you get back to the building you’re measuring, return the device to the plane of the wall and your measurement diagram will continue from where you left off.

When you get back to where you started, finish the measurement with your Moasure device in exactly the same place – tap on the red stop icon to end the measurement, and the perimeter and area of your building will appear.

Follow these steps to measure a staircase: 1. You can start a closed shape measurement by tapping on '+' in the bottom centre of the app and choosing Closed Shape. A closed shape will provide the perimeter as well as the square footage/square meters. 2. In the following screen, you can start measuring. At the bottom, you will see the available path types. By default, the path type it will measure in is 'Straight Line'. This means that the pause points (the points at which you place the device down) are connected by a straight line. You can leave it on Straight Line. 3. Choose a memorable start point at the bottom of your staircase, for example at the left bottom of the staircase. Place your device stationary at that start point to record your first measurement point.

4. Walk up the stairs and stick to the side you've chosen (e.g. if you started on the left, stick to the left) and place the device down every 6-8 seconds. There's no rush in getting to a specific point, you can pause as many times as you want/need. 5. Once at the top, pause to record that measurement point and then move to the other side of the staircase (for example right) and place the device down to capture the furthest point on the other side of the staircase. 6. Walk down the staircase and repeat step 4 (stopping every 6-8 seconds by placing the device down making sure it is stationary). 7. Once you reach the bottom, stop again. 8. Now walk to the other side to finish at the same point where you started so that the shape is closed. 9. Tap the red stop icon at the bottom of the screen to complete your measurement. You will now see the 2D 'plan view' of the drawing that you have captured which shows a top-down perspective of your measurement where you can see the perimeter and area of the staircase. By tapping on the 3D cube, you can explore elevations, grades, or gradients. Tapping each selected point reveals their relative XYZ coordinates, with Z showing the height elevation. By tapping on a selected edge, you can view the length, rise and run. Read more about inspecting point coordinates and understand views.

Capture 3 or more points around a circle to measure the radius, diameter, circumference or the area of a circle. Arc Path Type enables you to measure arc length, arc angle and segment area just as easily.

• Collect at least 3 points on the edge of the circle or arc

• All points must be on the circumference or the edge of the arc

• Spread your points across as much of the perimeter of circle

When using SketchUp design software with Moasure, import PDFs with SketchUp Go, made for iPad, or use the Pro version for desktop to be able to import DXF files.

To import from the Moasure app into SketchUp Pro, complete or open a measurement drawing, go to File > Export > DXF, then your Moasure measurements can be applied to your SketchUp designs. From the SketchUp side, simply open your DXF file from within SketchUp Pro to get started.

Use SketchUp to turn fully-dimensioned Moasure diagrams into detailed visual plans, with the ability to incorporate essential elements including paths, plants, trees, shrubs, decks, manhole covers, sprinklers and walls with a high level of accuracy.

This video shows how Joe – from award-winning Carey Garden Design Studio – exports his comprehensive measurement diagrams from the Moasure app, utilizing the Layers feature to capture different levels, which are then exported to SketchUp 3D modeling software for the next stage of the process.

Playgrounds usually comprise of a fenced off perimeter for safety purposes and several play items (with their own boundary) within that perimeter. We can use Layers to measure both the outline and the inner areas and view them relative to each other and view the square meters separately for each. We however don't have to use layers if we're only interested in one area (e.g. the outline) or if we're not interested in viewing the individual area calculations of the inner structures. We can always add more layers to a measurement afterwards.

Here's a comprehensive tutorial showing how to measure a playground using Moasure:

We're going to measure up the playground below. We will use Layers to capture the individual areas. It comprises of:

1. A perimeter (not fenced-off).

2. Several elevated areas that house the toys (e.g. swing, sea-saw, locomotive)

3. Some pathways.

We're going to start by measuring the separate structures that house the toys. We will use Closed Shape as the Measurement Type and Straight Line as the Path Type as the areas don't have curvatures. With Layers, we have to remember the first 2 points of our initial measurement layer (the Base Layer). When we add a new layer, we have to go back to the start of the first point of the Base Layer and then to the second point of the Base Layer before we start measuring our Second Layer. This is required to correctly orient the measurement layers in relation to each other. Once we have captured the two reference points, we can walk to the start of our Second Layer (this will automatically be set to Ignore Line so that the path is not actually captured). The app will prompt you to go to the start and second point of the base layer each time you start a new layer measurement. It's recommended to place something in/on the ground to remember the two points.

Once the structures are measured, we're going to measure the perimeter using a combination of different Path Types to suit the required shapes.

This guide will walk you through the steps to accurately measure and calculate the square footage of a driveway and demonstrate how to use Moasure's Layers feature to capture additional details, such as a tree ring, within the overall measurement.

Step-by-Step Instructions

1. First Measurement

1. Select Reference Line

   • Choose a long edge of the driveway as your reference line to ensure accurate layer placement.

   • The first line measurement will be used each time a new layer is added.

2. Choose Measurement Type

   • Open the Moasure app.

   • Tap on 'Closed Shape' from the list of available measurement types.

2. Measuring the Driveway Perimeter

1. Start Perimeter Measurement

   • Choose a memorable starting position so that you can finish the measurement in the same place.

   • Using the 'Straight Line' path type, begin measuring the perimeter.

   • Walk quickly along the edge, aligning the reference point at the end of the Moasure STICK housing with each part of the driveway you want to capture.

   • Place the device down quickly but gently.

2. Mix Path Types

   • Use a combination of path types (e.g., 'Arc') for different parts of the driveway.

   • For 'Arc' path type, capture a minimum of 3 pause points: start, middle, and end.

   • The app will draw the best fit arc based on these points.

3. Navigate Obstacles

   • If there are obstacles like trash cans, navigate around them and continue measuring.

4. Closing the Measurement

   • Place the Moasure device at the starting point to finish.

   • Tap the red stop icon in the bottom centre of the app to end the measurement.

3. Saving the Base Layer

1. Save the Project

   • Tap on ‘File’ then ‘Save’ and save to a project folder.

4. Adding an Additional Layer (Tree Ring)

1. Add a Layer

   • Tap on the “Layers” icon in the bottom right corner and select “Add Layer.”

   • Place the device at the Shared Origin (the starting point of the base layer measurement).

   • Wait for the LED light to change from red to green to confirm the measurement.

2. Capture Second Point

   • Capture the second point along the initial edge.

   • The shared origin point must be the same each time, but the second point can be slightly ahead or behind.

3. Ignore Line Path Type

   • After capturing the second point, the app switches to ‘Ignore Line’ path type.

   • This helps track movement and position without drawing or recording this section.

4. Measure the Tree Ring

   • Switch to the ‘Circle’ path type to measure the tree ring.

   • Capture a minimum of 3 points around the tree ring.

   • Tap the red stop icon to finish, displaying the best fit circle.

5. Saving the Second Layer

1. Save the Layer

   • Note that selecting 'Save' will overwrite the existing file.

   • Choose 'Save As Copy' to save an additional new file.

6. Reviewing the Drawing

1. View in 2D and 3D

   • View the drawing in 2D ‘plan view’ for a top-down perspective.

   • Tap on the 3D cube for a standard 3D visualization.

   • Tap on individual pause points to see their XYZ coordinates.

2. Surface Mesh View

   • Tap the 3D surface icon to view the surface mesh, represented by a colour scale from blue (lowest point) to red (highest point).

3. Cross Section Tool

   • Use the 'Cross Section' tool to measure the distance between two points.

   • Select a base point, tap ‘View’ > ‘Cross Section’ and select a second point.

7. Exporting the Measurement

1. Export Options

   • Tap on File > Export to see available formats, including CAD (DWG and DXF) and PDF.

Conclusion

This tutorial covers the essential steps for measuring a driveway using Moasure's Layers feature, and how to review and export the captured information. By following this guide, you can accurately measure and document driveways and other areas with complex shapes.

Seamlessly import your measurements from Moasure into ArcSite with a single tap. Using ArcSite you can take your measurements and turn them into a fully priced customer proposal in minutes.

View the official guide on https://www.arcsite.com/integrations/moasure.