That’s a solid idea. The wave‑catchers already capture kinetic energy, so if we could re‑route part of that power to a lightweight servo array on the board, the board could adjust the surfboard’s trim in real time. The trick is keeping the added circuitry light enough not to throw off the board’s balance. If we use flexible printed circuits and maybe a tiny battery‑less power boost from the wave generator, we could make the board adapt to swell changes. It would need a robust control algorithm to keep the system stable—no one wants a board that spins out of control. But yeah, tweaking the energy capture for real‑time rider assistance could be a game changer.

Sounds good, let’s map the layout first—keep the flex‑circuit modules tiny, add a lightweight power‑boost module, and nail the control loop logic. I’ll sketch the schematics, we’ll run a quick simulation, then hit the beach for a real‑world test. No time to waste on extra weight.

Got it, keep the layout tight and the flex‑tracks slim. I'll finalize the power routing and control algorithm, and we’ll be ready to test. See you at the beach!