Enhance your robotics projects with this advanced Infrared Sensor Module, designed to provide reliable and precise detection capabilities for a variety of applications. Equipped with multiple high-sensitivity infrared sensors and a touch detection sensor, this module offers superior line sensing, obstacle avoidance, and easy integration to help your robot adapt to complex environments with ease. Key Features: · Reliable Infrared and Touch Detection: Combines an infrared distance detection sensor with a touch detection sensor to enable versatile response modes, enhancing adaptability in diverse situations. · High-Sensitivity Line Sensing: Features 6 infrared sensors—5 dedicated to line tracking and 1 for road barrier detection—capable of accurately identifying and following complex, intersecting black and white lines. The module outputs low level for black lines and high level for white lines for precise signal processing. · Adjustable Obstacle Avoidance: Includes an integrated infrared obstacle avoidance sensor with a rheostat to fine-tune the detection distance between 0 to 10 cm, providing customizable sensitivity to obstacles and outputting a high-level signal upon detection. · Easy Debugging with LED Indicators: All sensor output states are clearly indicated by built-in LED lights, simplifying the debugging process and ensuring quick and efficient setup. · Simplified Wiring Design: All sensors are arranged on a single module, minimizing wiring complexity and reducing the risk of connection errors for a cleaner and more reliable build. Specifications: · Item Type: Infrared Sensor Module · Input Voltage: 3.0-5.5V · Tracking Distance: Approximately 0 to 3 cm (0 to 1.18 in) for black and white line sensing · Barrier Detection Distance: Approximately 0 to 6 cm (0 to 2.36 in), adjustable · Output Form: High and low level signal This Infrared Sensor Module is an essential component for robotics enthusiasts and developers seeking accurate line tracking and obstacle detection in a compact, easy-to-use package. Its smart design, adjustable settings, and clear output indicators make it ideal for a wide range of robotic applications, from line-following robots to autonomous navigation systems.