I’m preparing for a bottle-sumo challenge and need a complete SPIKE Prime build that can aggressively push bottles out of the ring. I’ll supply the standard SPIKE Prime core set; what I’m missing is a proven design, the programs, and clear build steps. The robot must: • use wheeled locomotion for fast, controlled charges • rely on the Color Sensor to detect ring edges and an Ultrasonic Sensor to locate the bottles and line up a push • run entirely on the SPIKE Prime hub and standard motors (no third-party hardware) Here’s what I expect from you: 1. A detailed parts list and step-by-step build guide (photos or CAD ideal) so I can replicate the chassis without guesswork. 2. Python or Word-Blocks code that drives the search, target, and push sequence, including edge-detection failsafes. 3. Tuning notes: motor ports, sensor angles, recommended weight balance, and tips for traction on a standard Sumo mat. 4. Short video or simulation clip that shows the robot locating a bottle and forcing it outside the ring. Once I assemble your design and confirm it can consistently push bottles out, the project is complete. If you’ve competed in WRO, FLL, or similar events, show me your winning robots—you’ll be at the top of my list.