UM1-Evo
A biomimetic robotic hand developed by an independent researcher, featuring 24 degrees of freedom and 25 actuators within a weight of 1.7 kilograms. It employs an anatomy-driven kinematic design and targets applications in humanoid robot end-effectors and bionic prosthetics.
Timeline (last 90 days)
The UM1-Evo bionic prosthetic hand was secretly completed by an independent developer over a period of five and a half years.
The UM1-Evo has 24 degrees of freedom and 25 actuators.
The entire UM1-Evo system weighs within 1.7 kilograms (approximately 3.7 pounds), falling within the typical weight range of an adult forearm.
The UM1-Evo achieves biomechanical features such as true thumb opposition and finger adduction toward the anatomical snuffbox.
The UM1-Evo maintains a natural posture when not exerting force, with zero power consumption in this resting relaxed state.
The developers have set a future grip strength target for the UM1-Evo of up to 15 kilograms (approximately 33 pounds).
The core goal of the UM1-Evo project is to overcome the uncanny valley problem in prosthetic design, balancing mechanical performance with natural visual aesthetics.
The development of the UM1-Evo was completed independently across the entire chain, from biomechanical research and software programming to custom CNC machined manufacturing.
Publicly available information on the UM1-Evo comes primarily from a single Reddit source, and durability, response speed, control precision, and other aspects still await third-party verification.
The UM1-Evo has not yet entered mass production or commercialization.
All Facts (10)
The UM1-Evo bionic prosthetic hand was secretly completed by an independent developer over a period of five and a half years.
50%UnverifiedThe UM1-Evo has 24 degrees of freedom and 25 actuators.
50%UnverifiedThe entire UM1-Evo system weighs within 1.7 kilograms (approximately 3.7 pounds), falling within the typical weight range of an adult forearm.
50%UnverifiedThe UM1-Evo achieves biomechanical features such as true thumb opposition and finger adduction toward the anatomical snuffbox.
50%UnverifiedThe UM1-Evo maintains a natural posture when not exerting force, with zero power consumption in this resting relaxed state.
50%UnverifiedThe UM1-Evo has not yet entered mass production or commercialization.
50%UnverifiedThe core goal of the UM1-Evo project is to overcome the uncanny valley problem in prosthetic design, balancing mechanical performance with natural visual aesthetics.
50%UnverifiedThe development of the UM1-Evo was completed independently across the entire chain, from biomechanical research and software programming to custom CNC machined manufacturing.
50%UnverifiedPublicly available information on the UM1-Evo comes primarily from a single Reddit source, and durability, response speed, control precision, and other aspects still await third-party verification.
50%UnverifiedThe developers have set a future grip strength target for the UM1-Evo of up to 15 kilograms (approximately 33 pounds).
50%