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1200m UAV Serial Accurate Laser Range Finder Module

Short Description:

The 1200m serial laser range finder module is a high precision distance measurement device designed specifically for use in unmanned aerial vehicles, commonly known as drones. Here’s a detailed overview of PTGS-12X laser range finder module for UAV.

Product Model: PTGS-12X Laser Range Finder Module

Measurement Range: 5-1200m Laser Range Sensor

Measurement Accuracy: +/- 0.7m-1m

Divergence Angle: ≤ 10mard

Laser Class: Class I, 905nm

Size: 26mm*25mm*14.5mm

Weight: 12g

Voltage: DC 3.3V

Output Mode: UART/TTL Communication

Working Frequency: 1HZ-3HZ

Working Temperature: -20-50℃

Power: ≤1.5W

Application: UAV Rangefinder Module

For true 1200m UAV range finder module, look for specialized modules from suppliers like: Seakeda, JCJMLASER and JRT.


Product Detail

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Let Seakeda know if you’d like help selecting a specific model, wiring diagram, sample code, or integration with a Pixhawk flight controller!

Key Features:

1. Maximum Range: Up to 1200 meters, and laser range module may have slightly varying ranges depending on target reflectivity and environmental conditions.

2. High Accuracy: Typically accurate within ±0.7 meter or better at 100m distances.

3. Serial Communication Interface: Uses UART to TTL/RS232 serial output e.g., 9600–115200 baud.

Compatible with microcontrollers like Arduino, STM32, Raspberry Pi, and flight controllers such as Pixhawk.

4. Compact Lightweight Design: Designed for integration into small UAV platforms without adding significant weight or bulk.

5. Low Power Consumption: Ideal for battery, powered UAVs; consumes only a few hundred milliwatts.

6. Laser Type: Usually uses Class 1 or Class 1M laser, which is eye-safe and compliant with safety regulations.

7. Environmental Robustness: Accurate laser range finder module operates reliably in various weather conditions though performance can degrade in heavy fog, rain, or snow.

8. Built-in Signal Processing: Includes algorithms to filter noise and improve stability during flight vibrations.

Typical Applications in UAVs:

1. Altitude hold and terrain following: Maintaining consistent height above ground.

2. Obstacle avoidance: Detecting and avoiding obstacles in real time.

3. Precision landing: Guiding drones to land safely on moving or uneven surfaces.

4. Mapping and Surveying: Used alongside GPS for accurate elevation data.

5. Autonomous navigation: Feeding real-time distance data to flight control software.

If you’re looking to purchase or integrate one, consider checking platforms like:

Website: https://www.seakeda.com

AliExpress: https://jcjmlaser.aliexpress.com

Wholesale Store: https://lasermeasure.en.alibaba.com


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