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WindBots: persistent in-situ science explorers for gas giants

Adrian Stoica
NASA Jet Propulsion Laboratory

NIAC 2015 Phase I Stoica WindBots Final Report

Holding a WindBot design
Photo of a WindBot design for persistent in-situ science exploration of gas giants. u003cstrongu003eCredits: Adrian Stoica, NASA JPLu003c/strongu003e

Description
We envision persistent exploration of the gas giants with robots powered by locally harvested energy, performing in-situ observational atmospheric science. The objective of this study is to develop new mission concepts for in-situ observational atmospheric science on Jupiter and Saturn with persistent high-mobility WindBots, harvesting energy from the strong winds and magnetic fields, and to evaluate the feasibility of WindBots. The study will open new avenues for in-situ atmospheric science missions on gas giants, with high-mobility explorers; which would lead to dramatically better understanding of gas giants; will establish a basis for systematic incorporation of energy-harvesting techniques in the design of planetary robots; and  will lead to new concepts of persistent exploration and sensor networks made of smaller/cheaper robots without the nuclear energy overhead.

2015 Phase I and Phase II Selections