Pololu Bumper Switch Kit for Romi/TI-RSLK MAX (Not Soldered, Can Be Assembled for Left or Right Side)

The Bumper Switch Kit for Romi/TI-RSLK MAX provides a versatile solution for obstacle detection in robotics. Designed to accommodate up to six snap-action switches with roller levers, this kit allows your robot to identify contact points with obstacles. It is adaptable for either left or right side assembly, depending on your configuration needs.

Ideal for educational and hobbyist robotics projects, this kit enhances the functionality of Romi and TI-RSLK MAX robots. By mounting the switches along the front half of the chassis, the robot can detect and respond to environmental interactions. This feature is crucial for tasks requiring precise navigation and obstacle avoidance.

The kit includes a printed circuit board (PCB) that can be assembled for either side of the robot. The handedness is determined by the side on which the header pins are soldered. Right-angle pins are provided, designed specifically for compatibility with the TI-RSLK Chassis Board v1.0, maintaining a standard 2.54 mm pitch for integration with various connectors and jumper wires.

Customization is a key benefit of this kit. Users can modify connections to reduce the number of I/O lines needed, merging multiple switch outputs into a single signal. This flexibility is advantageous for projects with limited I/O availability, allowing more efficient use of resources. The PCB also includes designated points for cutting traces, offering further customization by disconnecting specific switches from their outputs.

For mounting, the kit comes with screws and nuts for easy attachment to the Romi chassis. When used with the TI-RSLK Chassis Board, the bumper switch assembly slides under the board, connecting seamlessly via the provided headers. This integration ensures a stable and reliable setup for your robotics applications.

Additionally, the bumper switch assemblies are compatible with the Sharp Distance Sensor Kit, enabling comprehensive obstacle detection and distance measuring capabilities. This combination enhances your robot's ability to navigate complex environments, making it suitable for advanced robotics challenges.