Prosthesis Mech Racing
Furrion Exo-Bionics set out to build the world’s largest exoskeleton years ago, and what they came up with? Prosthesis, a robot that weighs 4 tons, stands 4 meters high and is 5 meters wide. These mech-robots are designed purely for racing as they do not have any autonomous hardware installed, but are rather controlled by a single person “sitting” inside them with their limbs. Read more for two videos and additional information.



Once inside, the pilot moves their arms or legs, and the movements are amplified by the mech’s four massive legs. The robot draws power from a lithium-ion battery, enabling it to hit a maximum speed of 30 km/h, while its chromoly steel frame enable it to traverse various terrain in stable fashion. Interested in trying it out? Well, it’ll cost you a pledge of $1,902 USD, and as of now, there are six spots left. More information here.

LEGO MINDSTORMS EV3 31313 Robot Kit with Remote Control for Kids, Educational STEM Toy for Programming and Learning How to Code (601 Pieces)
  • Builders of all ages will love building and coding their fully-functional robot to walk, talk, and even play games or complete tasks! This educational STEM robot toy makes engineering fun for everyone who builds it.
  • LEGO MINDSTORMS EV3 is built with 601 pieces and includes the intelligent EV3 Brick, 3 servo motors, plus color, touch and IR sensors. Connect with your smart device and download the free EV3 programmer app to control the robot!
  • LEGO MINDSTORMS EV3 comes with instructions for 17 different robotic designs, each with its own unique features. Builders can program their STEM robots to talk, walk, grab, shoot targets and more! Kids will love this creative and educational toy!
  • LEGO MINDSTORMS building toys are compatible with all LEGO construction sets for creative building.The perfect tech toy if you want to build your own robot and explore endless learning activities
  • The main robot, SPIK3R, is over 16” high, 14” long and 15” wide.

The time has come to not only begin training mech pilots but also to continue the development of our technology and the human experience we have created. Mech racing will be a high-powered, zero-emissions sport that is unlike anything we’ve seen before. Learning to pilot a mech is a testament to our innate human drive that moves us to push boundaries and achieve excellence through practice and physical conditioning,” said Jonathan Tippett, Prosthesis inventor, pilot and lead engineer.