Using Laser range finder with your Max4T XE, how to use it and map with it.
Using the Laser Rangefinder on the Max4T Drone
Created: August 1, 2025
Objective
This SOP outlines the steps to effectively use the laser rangefinder on the Max4T drone for accurate measurements and real-time data sharing during operations.
Key Steps
1. Understanding the Laser Rangefinder
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The built-in laser rangefinder enables precise distance measurement.
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Useful for tracking objects during search & rescue, inspections, or tactical operations.
2. Measuring Distance
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Hover at approximately 270 feet for optimal line-of-sight measurements.
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Ensure the camera is level to avoid miscalculation.
3. Testing the Range
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Aim the laser at a target and read the displayed distance.
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Range varies with lighting and surface reflectivity (max ~3,900 feet).
4. Saving a Measurement Point
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Use the Pinpoint tool in the menu to mark a distance.
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Confirm the save to log the location for later reference or mission planning.
5. Navigating to Saved Points
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Access saved points through the map interface.
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The drone will fly to the selected point while maintaining camera tracking.
6. Sharing Information with Teams
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Mark points of interest and share their locations with ground or air teams.
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Helps coordinate search zones or inspection targets.
7. Using the Laser in Tripod Mode
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In Tripod Mode, the drone maintains a static position while tracking moving targets.
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The rangefinder updates the target's position in real-time—ideal for fast-changing scenes.
8. Returning Home
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Once the task is complete, initiate Return to Home for a safe landing.
Cautionary Notes
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Avoid using the laser in fog, heavy rain, or direct sunlight—these conditions reduce accuracy.
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Make sure the laser has a clear line of sight to the target. Avoid foliage and glass obstructions.
Tips for Efficiency
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Confirm the camera angle before taking measurements. Even slight tilts can affect results.
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Practice using the laser in various environments to become proficient in real-world scenarios.
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Keep firmware updated to ensure optimal performance and measurement reliability.