Description:
- Space Exploration
- CubeSat, Microsatellites, Nanosatellites
Abstract
USC researchers have developed an inexpensive, self-orienting lander capable of orienting itself on rugged terrain following an uncontrolled landing on smaller heavenly bodies. The device is able to hop and pivot autonomously until a stable surface has been found.
Benefit
- Low mass
- Low power
- Inexpensive
- Self-orienting
Market Application
The nanosatellite and microsatellite market will be worth $2.52 billion by 2020, as space exploration continues to grow. Physical exploration of small bodies in the solar system, however, is expensive and requires complex equipment to analyze data and navigate. This equipment adds weight to the lander and decreases payload capacity. In an attempt to mitigate the weight issue, thrusters have been removed and small space vehicles have been utilized that have uncontrolled landing abilities. There is therefore a need for such space exploration bodies to have sensing instruments to orient themselves upon landing.
Stage of Development
- Prototype developed
- Available for licensing