This Robot Hand Can Move Like a Real One!
The Wuji Hand is a next-generation robotic hand that takes a different approach than designs like Tesla’s Optimus or Figure 02. Instead of relying on tendon systems with motors placed in the forearm, Wuji embeds tiny actuators directly inside each finger. This gives it smoother, more predictable control, cutting down on the lag and calibration issues that often show up when moving from lab simulations to the real world.
It’s also built for durability and industrial use, with a mechanical design that favors reliability over fragility. While Optimus and Figure’s hands lean heavily on biomimicry, Wuji prioritizes consistent, repeatable performance—making it stronger, simpler to maintain, and easier to integrate into different robotic platforms.
The Wuji Hand is a next-generation robotic hand that takes a different approach than designs like Tesla’s Optimus or Figure 02. Instead of relying on tendon systems with motors placed in the forearm, Wuji embeds tiny actuators directly inside each finger. This gives it smoother, more predictable control, cutting down on the lag and calibration issues that often show up when moving from lab simulations to the real world.
It’s also built for durability and industrial use, with a mechanical design that favors reliability over fragility. While Optimus and Figure’s hands lean heavily on biomimicry, Wuji prioritizes consistent, repeatable performance—making it stronger, simpler to maintain, and easier to integrate into different robotic platforms.
