NASA is preparing a snake robot to search for life on Saturn

Scientists are developing and working on charging a snake-like robot To explore and search for alien life forms in the solar system. that it The robot is a life surveyor found in exogenous biology (EELS) Developed by NASA’s Jet Propulsion Laboratory (JPL). A turning point in the astronomical race to overtake robots with wheels or legs.

The EELS system is a mobile instrument platform designed to explore the Earth’s interior structures, Habitability assessment and ultimately search for evidence of life. It is designed to be adaptable to transit Ocean world-inspired terrain, fluidized media, closed and liquid labyrinth environments.

Cassini data –A collaborative space research mission of NASA, the European Space Agency (ESA) and the Italian Space Agency (ASI) to study Saturn – They indicate that Enceladus, the planet’s sixth satellite, has a liquid ocean under its icy crust. The plumes that emerge from its surface are direct conduits to liquid water, making this the easiest path to a habitable liquid ocean.. There are several hypothetical environmental conditions informed by the proposed fissure eruption models.

Credit: NASA

These crack envelopes have pushed every aspect of EELS engineering to fit the challenges you would face on this journey from the surface to the ocean.. The system’s adaptability opens up other destinations such as the Martian ice caps and downward fissures in Earth’s ice sheets.

Credit: NASA

The current effort includes working with Earth scientists to identify science investigations High-priority, high-impact ground missions that will also demonstrate EELS capabilities in a planetary analog environment.

EELS strives to be a self-propelled snake-shaped robot It is made of several identical segments that contain the actuation and propulsion mechanisms, as well as the power and communications electronics to drive them. The EELS system uses rotary thrusters, the first of their kind, that act as catapults, grappling mechanisms and underwater thrusters, allowing the robot to reach the shaft vent port and follow it to its peripheral source.

Credit: NASA

navigation system Designed to explore dynamic indoor and closed terrain structures for habitability assessment and proof of life.

This system can be enhanced Explore the ocean world for its diverse ability to adapt to different types of terrain. EELS allows deeper exploration into once inaccessible areas.

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