How does the EFAM work? Localized combustion of electrolytically generated H₂ and O₂ produces a rapid pressure spike for muscle actuation. The gases recombine into water almost immediately via the combustion reaction, enabling fast passive reset and cycling.
The muscles remain cool to the touch, and are safe and compliant, similar to the "dry" nanomaterial-coated fiber muscles we're also building. The oxidation you see also won't be an issue with the new stainless steel electrodes being installed next.
@akashghosh17 It work same is stand alone motor at that size and configuration but most of the performance depends on winding pattern which can be very different beast on what you want to do.
The Dual-Core BLDC MOTOR is open source on my website now. All the CAD files and parts you need to build are also in the description. It is still unfinished, but I shared it so anyone who wants to build or wants help with design and electronics let me know if you need anything.
https://t.co/3eTuZzKj0n
@Chris483879 The outrunner should handle 480-960W and inrunner should handle 760W combined 1700W stable but can be pushed up to 2600W for short amount time
@Xaraphim I think the problem is ai still can’t understand physical world even human I don’t think understand physical world really will and there is other factors too but we get there at some point