TOF Distance Sensor 3pcs Set, Frequency Lidar Module for Reliable Obstacle Avoidance in DIY Robots

Product overview This electrical DIY module uses Time of Flight distance measurement to support robot obstacle avoidance. It operates across a wide sampling frequency range from 1 to 1000 Hz, giving you flexible update rates to match slow or fastmoving platforms. Key benefits Reliable obstacle detection: TOF measurement provides direct distance data that is less affected by target color or reflectivity than some alternative sensors. Configurable update rate: The 1 to 1000 Hz frequency range lets you trade off responsiveness and power or processing load to match your robot speed and control loop. Designed for DIY electrical projects: Intended for integration into hobby and prototype robot systems where quick and accurate distance readings are needed. Simplifies collision avoidance: Continuous distance feedback supports real time path correction and safer navigation. Important attributes Function: Distance measurement for robot obstacle avoidance using Time of Flight theory. Frequency: Adjustable sampling from 1 Hz to 1000 Hz to suit a range of motion dynamics. Compatibility: Suited for use in DIY electrical and robotics projects and compatible with common microcontroller based controllers and robot platforms. Performance: Fast response at frequencies for dynamic environments and selectable lower rates for slowermoving or power sensitive systems. Practical applications Mobile robot navigation: Provide real time distance data to the control loop so wheeled or tracked robots can detect and avoid obstacles while moving. Autonomous guided platforms: Use the sensor to monitor forward clearance and trigger steering or braking actions in automated delivery or inspection units. Robotic arm collision prevention: Integrate the module to detect nearby objects and pause or reroute motion to prevent accidental contact during pick and place tasks. Why choose this module This TOF based electrical module is built for integration into DIY robotics projects where dependable distance sensing and flexible sampling rates are needed. It supports developers and hobbyists who must balance update speed, processing resources, and power consumption while improving obstacle avoidance performance. What to consider before installation Verify electrical and communication requirements with your controller before wiring. Choose the sampling frequency that matches your platform speed and processing budget. Position the sensor to have an unobstructed field of view toward anticipated obstacles. This description focuses on core function, frequency capability, and typical uses so you can quickly assess fit for your robot obstacle avoidance projects.