Whip-Torsion is a patent-pending control-architecture method that improves whole-robot locomotion efficiency by exploiting elastic energy storage and return — the way tendons store and return the body's energy each step — instead of braking and re-driving the body from zero.
Talk to us See the opportunityBipedal locomotion is the single largest energy constraint on humanoid robots. Today's powered humanoids run at a cost of transport roughly an order of magnitude worse than a human — and that energy directly caps operational range, uptime, and unit economics. Conventional control treats walking as a series of discrete balance corrections; the result is stiff, inefficient gaits that struggle with dynamic terrain.
Whip-Torsion simplifies the locomotion control problem and produces both walking and running from a single framework. The size of the prize is auditable from public physics: a textbook spring-mass / SLIP model run on a platform's own parameters brackets the whole-robot energy reduction — no proprietary detail required to check it.
That range is the claim. The method itself — the "how" — is the protected IP, disclosed only under a paid evaluation and validated on the licensee's own hardware. An auditable, browser-based tool lets invited evaluators size the opportunity on their own numbers, with none of the method inside.
The pre-publication window is a genuine first-mover opportunity for early licensees: a protected locomotion edge that can be secured before the method becomes public.
Whip-Torsion licenses to humanoid-robotics OEMs under a staged, low-risk path that protects both sides:
Whip-Torsion is an inventor-led intellectual-property venture. The method was developed empirically over 17 years and patented; the approach is grounded in first-principles spring-mass physics and validated in practice. Technical and licensing details are shared with qualified evaluators under NDA.