If a future Mars rover plans to climb up something steep, it might have to look something like a sidewinder snake. These rattlesnakes have an unusual way of moving across sandy surfaces, and engineers ...

A sidewinder snake is shown in a sand-filled trackway at Zoo Atlanta. Researchers from Georgia Tech, Carnegie-Mellon University, Zoo Atlanta and Oregon State University studied the snakes to ...

The sidewinder rattlesnake, renowned as the world's fastest snake, exhibits a unique lateral undulation movement. This enables it to swiftly traverse hot desert terrains. Equipped with specialized ...

One snake's ability to shimmy up slippery sand dunes could inspire new technologies for robots that could perform search and rescue missions, carry out inspections of hazardous wastes and even explore ...

Scientists have finally figured out how sidewinder snakes work their way up sand dunes — thanks to the help of a robot snake (yes, a robot snake) named Elizabeth. For a study published recently in ...

Sidewinder snakes most likely phased out the spikes along their bellies in favor of a smoother belly that can move with no frictional drag. Rob Felt, Georgia Tech Sidewinder snakes are venomous ...

Meet the sidewinder rattlesnake robot! This mechanical serpent can actually move across sandy surfaces, both flat and inclined — a feat that has escaped engineers until now. In a project described in ...

The sidewinder rattlesnake, the fastest snake on earth, is a natural marvel. Unlike most other snakes that travel forward in a wavelike motion, this desert reptile uses an unusual but highly efficient ...