🚀RoboBall III Ready to Roll on Moon's Harsh Terrain
Moon's Most Inaccessible Areas Are About to Get Visited
TL;DR
RoboBall III, an inflatable sphere designed to explore the Moon's toughest terrains, is ready for action. It can navigate steep slopes and collect samples in areas unreachable by traditional rovers. NASA's Shackleton Crater, with its permanently shadowed regions, is a prime target.
RoboBall III, an inflatable sphere designed to explore the Moon's toughest terrains, is ready for action. It can navigate steep slopes and collect samples in areas unreachable by traditional rovers. The goal is to study Shackleton Crater, a 21 km-wide, 4 km-deep crater at the Moon's south pole, where some parts never see sunlight. NASA hasn't brought lunar samples back to Earth in over 50 years, and RoboBall could change that. The current version costs $250,000 and is not yet ready for the Moon, but the team plans to refine its design for autonomous driving on varying slopes.
Key Points
RoboBall III can navigate steep slopes and explore Shackleton Crater, a 21 km-wide, 4 km-deep crater at the Moon's south pole.
The current version of RoboBall costs roughly $250,000 and is not yet ready for the Moon, but the team plans to refine its design.
RoboBall III uses two actuators to move a pendulum within its shell, shifting its center of mass to drive.
The ball is soft enough to bounce lightly over bumpy obstacles but firm enough to protect its internal components.
Texas A&M will open a new facility in Houston with the world's largest indoor simulated Moon and Mars landscapes.
Why It Matters
RoboBall III could revolutionize lunar exploration by reaching areas unreachable by traditional rovers. For example, Shackleton Crater's permanently shadowed regions, which are of great scientific interest due to potential water ice deposits, are now within reach. However, the $250,000 cost and ongoing design refinements mean it's still early days for this technology.
Frequently Asked Questions
Why does this matter?
RoboBall III could revolutionize lunar exploration by reaching areas unreachable by traditional rovers. For example, Shackleton Crater's permanently shadowed regions, which are of great scientific interest due to potential water ice deposits, are now within reach. However, the $250,000 cost and ongoing design refinements mean it's still early days for this technology.
What happened?
RoboBall III, an inflatable sphere designed to explore the Moon's toughest terrains, is ready for action. It can navigate steep slopes and collect samples in areas unreachable by traditional rovers. NASA's Shackleton Crater, with its permanently shadowed regions, is a prime target.
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