MIT’s new model cuts reaction delays by 30 times for faster robot movement

MIT researchers developed VLASH, a control method that predicts a robot’s near-future state so it can plan the next action before the current one finishes.

The approach cuts reaction delays by more than 30 times and can double speed in some tasks, while improving performance without extra compute.

Results were shown in both simulation and physical robot tests, including pick-and-place, table tennis, and Whack-a-Mole tasks.

The technique could help robots respond faster and move more smoothly in factories, dynamic tasks, and emergency settings.