top of page
IMG_7373.HEIC

Rover

Human Rover Exploration Challenge

Overview

The Mission

Design, development, and test of a human-powered rover and accompanying components for successfully navigating more than a 0.50-mile course inclusive of mission tasks within the allotted time. The team with the highest number of points accumulated throughout the project year in each category (high school and college) will be the winner. In case of a tie, the team with the fastest excursion completion time will be the winner.

​

Who it's for:

NASA Human Exploration Rover Challenge

​

Time Frame

9 months

​

Team: 

​

 

Faculty Advisor 

Micheal Lye

_MG_8975.JPG

Design Goals

Design Goal

Design and create human-powered rovers capable of traversing a challenging exoplanetary -like landscape

​

​

Design Needs

- Vehicle shall be designed for both speed and the ability to help perform obstacles on the unique terrain

 

- Vehicle shall meet the 5 x 5 x 5-foot volume constraint in the collapsed position

 

- Vehicle​ must be human-powered with no protruding sharp edges with robust seat restraints

​

- Vehicle must be capable of traversing hills up to 5 feet high and inclined up to 30 degrees in their direction of travel and have a turning radius of 15-foot or less.

​

 Design Iterations

NASA's Feedback:

- The heat-treated self metal rim is an interesting idea

​

Positive aspects of the design:

1. It collapsable and fit in 5 x 5 ft cube

2. 

​

Iteration Goals from NASA:

- Control the way the bag opens

- Control the speed the bag opens at and where it opens to

- Constrain the bag once they are opened

- Create design for reloading the dispenser

​

2021

2020

IMG_6662.HEIC

2019

Perspective.JPG

2018

2017

RISD-rover-2K17-1.jpg

2016

RISD-Rover-Site-Banner-mkr-8.26.2016.png

Thank you! Check out our other projects! 
 

bottom of page