This year’s robot features a slide-on–slide-off rail system that allows its single-arm module to be mounted swap-and-go on either side of the chassis. With this design, the robot can efficiently execute high-basket scoring—the arm extends approximately 1.5 m upward to deposit game pieces into elevated baskets—and also transition smoothly to a high-rung climb, using the same mechanism to latch on and perform a secure hang. The slide mechanism employs hardened aluminum rails and low-friction bearings, while a pneumatic latch locks the arm firmly in place. Actuation is managed by a harmonic-drive shoulder paired with a telescoping lead-screw or belt-driven extension, offering precise, quiet motion. Encoders and vision feedback enable accurate targeting and collision avoidance. Structurally, the shared rail-base-arm system reduces redundancy, cuts overall weight, and simplifies wiring. Quick module swaps allow the team to mirror configurations mid-match or recover from arm jams by relocating the entire module. This hybrid approach yields both scoring and climbing capability without needing a second arm, enhancing both flexibility and reliability.