Autonomous real-time landing on rugged, unstructured planetary terrain remains high risk.

open Global / Unspecified, Global WS02096

Landers currently depend on pre-mapped terrain, which leaves them vulnerable to boulders, unexpected slopes, and dust plumes during touchdown. Ultra-fast optical-LiDAR terrain-relative navigation is needed for safe pinpoint landing.

science-space global-unspecified landing terrain autonomous real-time rugged unstructured planetary remains high risk navigation when deep space optical rovers

Category: Science Space

Added by: Ian Patel

Created at: 2026-07-22T08:00:00Z

Horizon: 2027

Click to copy citation

WS02096 | World Solve | https://www.worldsolve.org/index.php?view=problem&id=2096

Autonomous real-time landing on rugged, unstructured planetary terrain remains high risk.

Related Problems