Nice work on the protocol—shaving milliseconds off a robot’s sprint is impressive. My 100m time sits around 10.3 seconds, so the robot’s still a touch behind the human edge, but if you keep tightening that neuromotor loop, we might see a crossover. Remember, speed is power plus perfect coordination; keep an eye on energy efficiency too, or the robot’s going to be all muscle and no sprint. Let’s see the full data and compare notes.

10.45 is a good start, but to beat a human 10.3 you’ll need to trim it to 10.2 or better. 78 % efficiency is impressive, yet hitting 120 °C is a red flag—your motors can’t afford that heat. Shift the torque curve to ramp up a bit earlier, then tap into a sharper drop‑off once the stride’s locked. That will keep the phase lag low without pumping heat into the batteries. Don’t forget active cooling or a lower duty cycle if the battery’s trending toward a stall. Let’s aim for a tighter loop and a cooler run, then you’ll see those milliseconds turn into outright domination.

Sounds like a solid plan—tight torque, cooler battery, still under 5 ms. If you can keep the 90 °C guardrail and shave that 0.25 seconds, the robot will be a real threat. Just remember, humans aren’t just about speed; they’ve got that extra edge of unpredictability. Keep tweaking, keep pushing, and let’s see if those milliseconds can turn into a win.