Robo Snail: A Revolutionary Inspiration for Locomotion and Oil Drilling

Researchers at MIT have developed a robotic snail, inspired by the unique locomotion of real snails. Unlike traditional machinery, snails move by pushing fluid between their bodies and the ground, without using traction. This technology has potential applications in the oil industry, particularly in drilling, where it could allow for more effective sideways drilling. The jointless design of snails also makes them ideal for machines operating in chemically harsh environments. Future models of Robo Snail aim to climb walls and ceilings, with hopes for additional funding from oil companies.

What inspired the creation of Robo Snail?

• The swimming of fish

• The movement of real snails

• The running of cheetahs

• The flight of birds

How does Robo Snail move differently from traditional land locomotion?

• It hops like a kangaroo

• It uses wheels for movement

• It rolls like a ball

• It glides over a film of mucus or silicon oil

What is a potential application of Robo Snail technology in the oil industry?

• Reducing oil spill risks

• Increasing oil storage capacity

• Enhancing sideways drilling

• Improving vertical drilling

Why are snails appealing to scientists for machinery design?

• They have colorful shells

• They are fast movers

• They lack exposed joints

• They are easy to find

What future capability is being developed for Robo Snail?

• Digging tunnels

• Swimming

• Flying

• Climbing walls and ceilings