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A new Kickstarter project is looking to build a prototype electric pulsed plasma jet thruster, and the engineers behind the project say this could be used for reliable, high performance, low cost interplanetary space transportation. 

One of the side effects that we're seeing from commercial companies getting involved in space travel and exploration is that regular entrepeneurs are getting stuck in, developing what may be the next big thing in their garages and home made labs. A new Kickstarter project that has a buzz around it is looking to build a prototype electric pulsed plasma jet thruster, and the engineers behind the project say this could be used for reliable, high performance, low cost interplanetary space transportation. 

The team of plasma physics researchers started a company about 8 years ago called HyperV, and they have come up with a new design for basic pulsed plasma jet technology. It runs on superheated ionized particles, and the engineers envision it could be used for orbital maneuvering, asteroid/comet rendezvous, orbital debris cleanup and interplanetary transportation. They say that using this kind of electric propulsion would significantly reduce the mass and weight of spacecraft, resulting in more affordable missions. 
 
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Open shutter image of an approximately 10 microsecond long plasma pulse in visible light.
 
Although there are other types of electric propulsion systems that have been used for space travel – with mixed results—the HyperV team believes their new design offers solutions to problems in previous designs, and will ultimately provide cheaper and more robust space travel. 
 
The team offered this description of their project:
 
"We believe our thruster technology has the potential to be just as efficient as existing electric thrusters (such as ion and Hall effect thrusters) and with similar specific impulse. But our advantages will be derived from a thruster that is less complex (and much more robust), which can use a variety of propellants including gases, inert plastics, and propellants derived from asteroids, Mars, the Moon, etc., It will also be far cheaper to build, and can be more readily scaled to larger sizes and very high power levels than current electric propulsion systems. Our plasma thruster technology should be scalable from a few kilowatts all the way up to megawatts of average power. The electricity which is needed to power electric thrusters would most likely come from new high performance solar panels, but could also utilize other compact energy sources. From a practical viewpoint for satellite design, our thruster will have much higher thrust per unit area than ion or Hall thrusters, thus taking up less room on the rear of the spacecraft."
 
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HyperV's Mark 1 plasma accelerator. 
 
They predict their prototype could produce a specific impulse (Isp) of 2000 sec, which is an equivalent to an exhaust velocity of 20,000 m/s. 
 
As of this writing, the team's Kickstarter has raised $69,525 of their $69,000 goal, so the project will indeed be funded after it finishes later today. Then, it's all up to them to make this dream come true.
 
"We invite you, the citizens of Earth, to join with us as we design, construct, test, and execute this demonstration," the team wrote on their Kickstarter page. "The culmination of this project will be an all-up, laboratory demonstration of our prototype thruster."