Compact Lidar Range Finder Sensor Module for SinglePoint Micro Ranging A compact, singlepoint Lidar sensor module designed for straightforward distance sensing and easy integration with common flight controllers and microcontrollers. Operates on 4.5 to 6V and includes a 30 cm cable for simple wiring. Ideal for projects that need small, reliable distance measurements without complex setup. Key benefits Simple integration: Works with Arduino and Pixhawk systems for quick connection to existing projects and autopilot setups. Compact and lightweight: Small form factor saves space on drones, robots, and compact devices where weight and size matter. Low voltage operation: Runs from 4.5 to 6V for direct compatibility with many battery and power supply configurations. Ready to wire: Includes a 30 cm cable for easy routing and connection during prototyping and installation. Singlepoint precision: Provides focused distance sensing for tasks that require a single measurement point rather than widearea scanning. What it does and why you need it Measures distance to a single target point using Lidar technology, giving reliable shortrange feedback for obstacle avoidance, altitude hold, and object detection. Reduces the need for bulky or powerhungry distance sensors while maintaining a small installation footprint. Improves control and safety in automated systems by providing a direct distance input to controllers and microcontrollers. Important attributes Function: Singlepoint Lidar distance measurement module. Compatibility: Designed for easy use with Arduino microcontrollers and Pixhawk flight controllers. Power: Operating voltage 4.5 to 6V. Cable: Supplied with a 30 cm connection cable for flexible placement. Size: Micro form factor suitable for compact applications. Practical use scenarios Drone altitude sensing: Integrate with a Pixhawk flight controller to assist with lowaltitude position hold and obstacle avoidance during takeoff and landing. Mobile robot obstacle detection: Add a compact distance sensor to a small robot or rover controlled by an Arduino to detect and avoid close obstacles. Automation and prototyping: Use the sensor in smart devices or test rigs where a small, reliable singlepoint distance readout is required for control loops or monitoring. Technical note Designed as a singlepoint micro ranging module for straightforward electrical and mechanical integration. Follow your controller documentation for wiring and data handling.