Product overview A compact single point LiDAR ranging module designed for integration with Arduino microcontrollers and small aerial platforms. This module provides reliable distance measurements for obstacle detection, altitude hold, and basic mapping in drones, robots, and DIY electronics projects. Key benefits Easy integration with microcontrollers and flight controllers compatible with TFmini interface conventions. Simplifies adding distance sensing to existing projects. Compact and lightweight form factor that suits small drones, ground robots, and portable prototypes where size and mass matter. Single point micro ranging delivers focused, repeatable distance readings for control loops and collision avoidance. Low power and responsive operation supports real time sensing without heavy resource demands on the host controller. Versatile application range from hobbyist builds to prototype testing, enabling rapid development and tuning. What it does and how it helps Measures distance to a single target and outputs a usable distance value for navigation, hover control, and object detection. Provides a precise, short to medium range sensing option that fills gaps left by ultrasonic sensors and cameras, especially in variable lighting or windy conditions. Reduces development time by offering a ready made sensing module that connects to common microcontroller setups for immediate use in control algorithms. Compatibility and connections Designed for use with Arduino and compatible microcontroller platforms and flight controllers that support the TFmini module signal types. Works well when paired with small drones, ground robots, maker boards, and other microcontroller based systems that require a compact range sensor. Physical and performance attributes Compact, lightweight construction suitable for integration in constrained spaces on drones and robots. Stable single point ranging performance for repeatable distance measurements used in closed loop control. Low power consumption and fast response appropriate for dynamic applications like obstacle avoidance and altitude stabilization. Practical applications Drone altitude control and obstacle avoidance: Use the module for low altitude hover stability and to detect nearby obstacles during takeoff and landing. Mobile robot navigation: Provide frontal distance readings for basic collision avoidance and path planning on indoor or outdoor robots. Prototyping and education: Integrate the module into Arduino learning projects, automated prototypes, and sensor fusion experiments where a reliable distance input is needed. What to expect A focused single point ranging sensor intended for integration into electronics projects and platforms. Requires appropriate wiring and software integration on the host microcontroller to read sensor outputs and apply them within control or monitoring logic. Compatibility note This module is provided for use with Arduino and compatible microcontroller systems and is intended as a part for integration into drone and robotics projects. Ensure your controller supports the TFmini module interface type before installation.