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Experts look at new techs to enable faster trip to Mars

Speed, maximum load, human safety, and power source, among the main factors considered

25-Dec-2019

Key points from article :

Solar electric propulsion could be used to send cargo to Mars ahead of a human mission.

Works underway for a Hall thruster for the Gateway, a proposed space station in lunar orbit.

It will be much more fuel efficient than a liquid hydrogen and oxygen rocket engine.

But 2 major drawbacks are the amount of time it takes to get there, and size of solar arrays

Nuclear thermal electric propulsion, a proposed better option, with 3 months transit time.

Boeing worries about the effects a nuclear reactor might have on astronauts.

Electric ion propulsion another option, but still under development.

Martin and Boeing both think liquid chemical rockets need to be the bedrock of any human mission to Mars.

Chemical rockets are a proven technology that worked in all the Apollo missions.

STPI thinks we can leave for Mars in 2039, NASA hopes for 2024 moon exploration first.

Mentioned in this article:

Click on resource name for more details.

Ad Astra Rocket Company

American rocket propulsion company

Aerojet Rocketdyne

Aerospace & defense leader that manufactures advanced propulsion and energetics systems

Boeing Company

Aerospace company

Dale Thomas

Professor and Eminent Scholar in Systems Engineering at University of Alabama in Huntsville

Franklin Chang Diaz

Ad Astra's president and CEO, mechanical engineer, physicist, former NASA astronauta

Jeffrey Sheehy

Chief Engineer, NASA

Joseph (Joe) Cassady

Executive director of Aerojet Rocketdyne's space division

NASA

National Aeronautics and Space Administration

Robert Broeren

Boeing rocket propulsion specialis

Science and Technology Policy Institute (STPI)

Federally funded research and development center, Washington

Tim Cichan

Human spaceflight architect at Lockheed Martin

Topics mentioned on this page:
Space Colonization