Tendon-Driven Actuation
A mechanical architecture that mimics biological tendons by transmitting force through wires, cables, or artificial tendons pulled by remotely located motors. This design concentrates motor mass at the wrist or forearm, substantially reducing the distal inertia of the hand and enabling more dexterous manipulation.
Timeline (last 90 days)
TAKTO ONE uses a tendon-driven structure, with the actuators concentrated in the palm or the back of the hand, pulling the finger joints remotely via thin cords or flexible cables.
Wearable exoskeletons face engineering challenges in comfort, calibration time and durability compared with pure gesture recognition, and are less convenient; the long-term reliability of the tendon-driven structure still needs more verification.
All Facts (2)
TAKTO ONE uses a tendon-driven structure, with the actuators concentrated in the palm or the back of the hand, pulling the finger joints remotely via thin cords or flexible cables.
50%UnverifiedWearable exoskeletons face engineering challenges in comfort, calibration time and durability compared with pure gesture recognition, and are less convenient; the long-term reliability of the tendon-driven structure still needs more verification.
50%