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Tokyo-based start-up Telexistence Inc. is working a robot that will shape the future. Imagine having your own personal robot anywhere in the world. Using the Manus VR Gloves, Telexistence allows people to take control of MODEL H, a robot that can perfectly mimic its users movements.

Telexistence Inc. created a robot that can completely mimic the movements of the user controlling it. To create the most immersive and accurate experience, Telexistence Inc. was looking for a way to copy the natural movement of the hands and fingers to the robot, allowing users to have the robot interact with its surrounding like a human could.

The user can see the world through the MODEL H’s eyes using the HTC Vive. With Vive Trackers the body and arms are tracked. The Manus VR Gloves allow the users to naturally control the robot’s mechanical hands. Using our SDK in C++ the company could easily stream the hand- and finger data to the robots hands. With pinpoint accuracy, the robot hands can be used like ones own. Telexistence Inc. also created force feedback technology, fully compatible with the Manus VR Gloves. With this tech, users can experience force feedback on their fingertips.

Telexistence Inc. Is a Tokyo-based start-up that developed a mass production prototype for MODEL H, a robot that uses remote control technologies utilizing the Telexistence® technology, VR, telecommunication, cloud and haptics.

Telexistence: Creating Your Own Personal Robot

Telexistence: Creating your own personal robot

T-HR3 is the third generation humanoid robot developed by TOYOTA, following the trumpet and violin-playing humanoids. Previous robots pursued the precise “positioning” of fingerings and movements to play an instrument. The new, evolved humanoid can flexibly and smoothly control the “force (torque)” of its entire body. The Advanced Synchronization System of T-HR3 is achieved by sharing this “force (torque)” with the Master Maneuvering System.

MANUS Use Cases

Telexistence: Creating Your Own Personal Robot

Toyota: The Next Generation Of Robots