IMG_0381.jpg
IMG_0046.jpg

Autonomous Rover: the NASA Centennial Challenge

In 2015, the MIT Robotics Team is competing in NASA's Centennial Challenge for a grand prize of $1.5 million. Teams must build a rover capable of autonomously searching a large area and locating and retrieving specific samples.

I was the mechanical lead for this project, leading a team of 6 mech-e undergrads. Currently we are in the design and manufacturing stage. Here are some preliminary CADs and designs.

The current rover design is fitted with serve capability; that is, each wheel can turn independently. I designed a passive averaging design that allows each wheel to have a flexible height while maintaining x-y position.

Version 1 of the CAD.

Version 1 of the CAD.

MVI_0327-1.jpg
IMG_0059.jpg
IMG_0063.jpg
IMG_0100.jpg
IMG_0126.jpg
IMG_0139.jpg
IMG_0165.jpg
IMG_0177.jpg
IMG_0194.jpg
IMG_0202.jpg
IMG_0274.jpg
IMG_0305.jpg
IMG_0373.jpg
MVI_0348-1.jpg
MVI_0388-1.jpg
MVI_0389-4.jpg