Chris VanYe 1. the second has a propeller 2. the challenges of this robot are being water proof and the motors having the range to move they need and controlling that movement.
-The second video has a propeller. -Figuring out how to move it in a controlled way to move in a specific direction. -Having the buoyancy self-regulate. -Katelyn
1. The second uses a propeller while the other propells itself with its movements. 2. Creating a lighter robot, having controllable buoyancy, and making it waterproof. Joe Haj
The first one twist itself to move, and the second one use the propeller to move.
ReplyDeleteTo make it waterproof, and how to make it turn.
Brady Zheng
the second one has propulsion
ReplyDeletewater proofing
and maneuvering
Nick Muhleman
the second snake has the propeller on the outside of it, one is water proofing second is moving it under water.
ReplyDeleteGarrett Coffin
One of the snakes is powered by 2 propellers on the back, the other one has a spine. Waterproofing, controls. Alex Haston.
ReplyDeleteChris VanYe
ReplyDelete1. the second has a propeller
2. the challenges of this robot are being water proof and the motors having the range to move they need and controlling that movement.
-The second video has a propeller.
ReplyDelete-Figuring out how to move it in a controlled way to move in a specific direction.
-Having the buoyancy self-regulate.
-Katelyn
some aesthetics as well as propulsion
ReplyDeletemimicking the motion of a snake is hard enough on land. This is in the water.
-Wyatt Coffin
1. The second uses a propeller while the other propells itself with its movements.
ReplyDelete2. Creating a lighter robot, having controllable buoyancy, and making it waterproof.
Joe Haj