Eythor Bender: Human exoskeletons -- for war and healing

The video discusses the development and application of exoskeletons by Berkeley Bionics. These wearable robots enhance human abilities, offering solutions for soldiers carrying heavy loads and providing mobility for wheelchair users. The HULC exoskeleton aids soldiers by augmenting their strength and endurance, while the eLEGS exoskeleton allows individuals like Amanda Boxtel, who was paralyzed, to walk again. The video highlights the transformative potential of these technologies for various populations.

What is the primary function of exoskeletons as described in the introduction?

• To enhance human abilities

• To reduce energy consumption

• To replace human workers

• To provide entertainment

What problem does the HULC exoskeleton aim to solve for soldiers?

• Improving communication

• Reducing back injuries

• Enhancing vision

• Increasing intelligence

How much weight can a soldier carry with the HULC exoskeleton?

• 100 lbs

• 150 lbs

• 200 lbs

• 250 lbs

What is the estimated number of wheelchair users worldwide?

• 68 million

• 200 million

• 10 million

• 100 million

What is the name of the exoskeleton designed for wheelchair users?

• HULC

• PowerWalker

• eLEGS

• RoboSuit

How long was Amanda Boxtel unable to walk before using eLEGS?

• 19 years

• 15 years

• 25 years

• 10 years

What activities did adaptive technology enable Amanda to do before eLEGS?

• Swimming and running

• Dancing and yoga

• Downhill skiing and rock climbing

• Cycling and hiking