Wave Glider

Funded by Chevron support of the MIT Marine Robotics Team

The initial prototype of an economical wave glider. This miniature glider consists of a single flat buoy, a carbon-fiber rod, electrical components, and a polycarbonate, laser-cut glider module. Through the flat surface buoy, ocean waves will drive the glider module up and down, which in turn will produce a forward thrust powerful enough to propel the vessel against oncoming waves. This glider design has all electrical components above water, and is made in a way to avoid moving watertight pressure seals in its active control. All thrust components are completely free flowing.

Student POC:

  • Taylor Njaka (njaka@mit.edu)