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1
Intro
2
Welcome
3
Why the Moon
4
Future Missions Technology
5
Space Computing
6
Embedded Systems in Space
7
Astronav
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Autonomous
9
Xcopter
10
Rocket
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Slam
12
GPS
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Can you hear them
14
Beyond the Moon
15
Astrobotic Papers
16
Terran Relative Navigation TRN
17
Test Fixture
18
Question
19
Simulations
20
Testing
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Battery Temperature
22
Moon Ranger
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Viper Rover
24
Moonbox
25
Updates
26
Control Room
27
Antennas
28
Cost
29
Orbits
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Current Design
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Data Rate
Description:
Explore the cutting-edge CubeRover technology for lunar exploration in this research seminar from the Paul G. Allen School's Winter 2021 series on the Internet of Robotics Things. Delve into the innovative design of the ultra-light, modular, and scalable commercial rover presented by Cédric Corpa De La Fuente, Rover Lead Avionics Engineer at Astrobotic. Learn about the CubeRover's unique approach, inspired by CubeSats, which offers a low-cost solution for payload developers worldwide. Discover how this technology supports diverse instrument packages in a standard form factor and can be customized to meet specific payload demands. Gain insights into the rover's structural, power, thermal, avionics, and software systems, as well as its potential impact on future lunar missions. The seminar covers a wide range of topics, including space computing, embedded systems in space, autonomous navigation, testing procedures, and current design challenges. Understand the complexities of lunar exploration, from battery temperature management to data rate considerations, and explore the future of Mobility as a Service on the Moon. Read more

The CubeRover for Lunar Mobility as a Service

Paul G. Allen School
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