Setting a lander down on Europa could offer an unprecedented look at the composition of the ice on the surface, but more important, it could study molecules in the global liquid ocean where life could exist. Measurements obtained from the moon’s surface and what lies below could allow for direct analysis of the satellite’s chemistry and mineralogy through in situ investigations and measurements that are not possible to achieve remotely.
Currently under investigation within the Game Changing Development Program are concepts to develop an intelligent landing system, control mobility and sensing, create a compact avionics package, and produce low-temperature battery technologies that enable an extended Europa Lander Mission architecture.
Check out an overview with video clips on some of the technology concepts under development for the Europa Mission here: The 5 Coolest Gadgets on NASA’s New Europa Robots.
Listen to the podcast interview on Cool Science Radio with Dr. Andrew Shapiro, manager of early stage innovation for the Space Technology Office at NASA’s Jet Propulsion Laboratory, talking about current projects and managing a lab where ideas become concepts, possibly projects and even part of a mission for robotic and manned space exploration.
|TECHNOLOGY/TASK||PRINCIPAL TECHNOLOGIST||PROJECT MANAGER|
|OWET: Electronics||Steve Horan||Thomas Cwik|
|OWET: Ultra Low Temperature Batteries||Lee Mason||Thomas Cwik|
|OWET: Ultra Low Temperature and Radiation Hard Electronics||Chuck Taylor||Thomas Cwik|
|OWET: Landing Guidance Navigation and Control||Michelle Munk||Thomas Cwik|
|OWET: Icy Body Mobility||Rob Ambrose||Thomas Cwik|