Creates Panoramas that characterize the general  environment of the landing site. Featured in the Mars Lunar Lander Project. A part of the MVCS (Mars Volatile and Climates Surveyor)

Composed of two parts: Robotic arm and camera. Robotic Arm digs trenches and collects sample sample meterial for analysis. The camera obtains close-up images of surfaces, walls and trenches.

Inspects and performs all operations on the exterior walls of high rise buildings on high speed thoroughfares. Has four prismatic joint actuators in parallel mechanism to achieve it's climbing feat.

Has low centre of gravity for rough work in rough terrain. Has prospect for use in Mars Expeditions.

Small robot designed to work just like the above but is more flexible and is able to do jobs where bigger equipment is not able to.

Used in the Mars Astronomy Project. For more information, see http://www.frc.ricmu.edu/projects/mars

This robot has 3 degrees of freedom. Provides automated and manual data acquisition in a closed bioregenerative life growth support chamber.

Programmed to navigate around outdoor environments. For more information, see http://www.ai.mit.edu/people/matt/pebbles.html

Payload that includes Stereo Surface Imager, Robotic Arm with camera (see above) and other environmental gauges and sensors.

Telerobotics inspection system to perform remote inspection in realistic space-like environments. It's has applications in Space Stations. For more info please visit  http://robotics.jpl.nasa.gov/tasks/rsi/accomplishments/snake/snake.html

These robots are mount on balloons to float up to several months in atmospheres of planets. Equipped to conduct sophisticated observational program from their unique  vantage points. http://robotics.jpl.nasa.gov/tasks/aerobot/Background/intro.html

Develop vision-guided tobot helicopter which can automously carry out the following goal mission in any weather conditions using only on-board intelligence and computer power.