Sure, I’d start by overlaying a neural‑drive interface on the arm’s joint actuators, running a micro‑circuit that samples the tremor frequency from the wearer's peripheral nerves and feeds back a counter‑phase pulse, so the arm anticipates the motion. The reflex booster would be a tiny, high‑density battery that kicks in only for micro‑seconds, then dumps the energy into a capacitor for the next hit. I’ll rig it with a safety lock that shuts down the power if the torque exceeds a preset threshold. When you test it on the field, watch for the jitter on the first few swings – that’s my archive of failures telling me the timing needs a few more milliseconds of adjustment.