Smart RC Car Kit with Obstacle Avoidance Sensor and Tachometer Encoder, DIY Educational Learning Kit

Smart car tachometer encoder for RC car Key benefits Accurate motion feedback: Built around a tachometer encoder to provide reliable speed and distance measurement for RC car and DIY smart car projects. Simplified installation: Mechanical structure is simple and easy to install, making it suitable for hobbyists and classroom use. Integrated power and control: Two connections located at the battery compartment provide convenient power distribution across the system, enabling simple start and stop control and reducing wiring complexity. Obstacle avoidance capability: Designed for obstacle avoidance car builds so you can add basic collision detection and autonomous response without major mechanical changes. Practical data use: Can be used to measure distance and speed to improve conversion rates for sensors and control algorithms during development. Functions and compatibility Function: Tachometer encoder for speed and distance measurement, supports obstacle avoidance setups. Compatibility: Intended for RC car platforms and DIY smart car projects that require encoder feedback and basic obstacle avoidance. Design: Simple mechanical layout for straightforward mounting and integration with common RC car chassis and electronics. Integration level: integrated system components for convenient assembly and reliable operation. Performance and usage notes Measures vehicle motion parameters to support speed monitoring, distance tracking, and control optimization. Battery compartment power connections streamline system power management and allow quick start and stop of the vehicle electronics. Mechanical simplicity reduces setup time and lowers the barrier for prototyping and education. Typical use scenarios RC car tuning: Add the encoder to a remote control car to log speed and distance, then use the data to refine gear ratios or motor control. DIY robotics and education: Use the module in student projects to teach principles of encoders, motion sensing, and obstacle avoidance. Prototype autonomous vehicle: Integrate the encoder and obstacle avoidance features into an experimental smart car to test basic navigation and control algorithms. What makes it stand out Focused on practical integration with RC car and DIY smart car builds. Simple mechanical design and battery compartment power distribution reduce assembly time. Encoder feedback and obstacle avoidance support both learning and rapid prototyping. This product is intended for hobbyist and educational use with compatible RC car platforms and DIY smart car projects.