Building the World's Largest Tetrapod Exoskeleton: A Journey of Physical Mastery and Innovation

Jonathan Tippett from Vancouver, BC, introduces Prosthesis, the world's largest tetrapod exoskeleton, holding a Guinness World Record. The machine is powered by a 96 Volt, 36 kWh lithium-ion battery and features two AC electric motors driving hydraulic pumps. Built in under a year, it has been tested for three years, totaling 13 years from inception. The machine requires a pilot to operate, connecting hydraulics to a sensitive control system. Tippett's vision was to create a large machine, not a human-sized exoskeleton. He reflects on the journey, the team's effort, and the excitement of holding a world record, emphasizing that this is just the beginning.

What is the primary power source for the Prosthesis exoskeleton?

• A 96 Volt, 36 kWh lithium-ion battery pack

• A nuclear reactor

• A diesel engine

• Solar panels

How long did it take to build and test the Prosthesis exoskeleton?

• 5 years

• 10 years

• 13 years

• 15 years

What connects the high power hydraulics to the control system in the exoskeleton?

• A joystick

• The pilot

• An onboard computer

• A remote control

What was Jonathan Tippett's initial goal in creating the exoskeleton?

• To make a human-sized exoskeleton

• To create a machine larger than the pilot

• To build the fastest exoskeleton

• To design a flying exoskeleton

What does Jonathan Tippett emphasize as important for achieving significant milestones?

• Following trends

• Having a large budget

• Working alone

• Perseverance and teamwork