How The 8000 Pound Exoskeleton Prosthesis Mech Works!

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We get a demo of Prothesis, the exoskeleton mech suit designed by Jonathan Tippett and his team. This 8000 pound mech is directly controlled by Jonathan using his arms and legs, without any stabilizing gimbals or gyros.

source/image: Tested

Jonathan explains how he has to essentially relearn to crawl in the Prosthesis, and we see and hear this massive machine lumber across a parking lot.

Prosthesis was built for the pilot. The primary objective of the project was the creation of a responsive, stable and powerful exo-bionic platform that amplifies the motions of of a human pilot.

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Prosthesis is a sports machine and requires a trained athlete to operate.Prosthesis marks the inception of a new, large scale exo-bionic technology platform.

Specifications

  • Mass: 3500kg
  • Height: 4.2m
  • Width: 5m
  • Length: 3m
  • Top speed: 30km/h
  • Run time: 30-120min
  • Power plant: 96V x 20kWh lithium ion battery
  • Peak output: 170kW (225hp)
  • Motion system: 100% human controlled, electro-hydraulics with direct haptic feedback.
  • Suspension system: 50cm travel, custom engineered air and coil over shocks
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SOURCEprosthesismechracing
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