Applied Ion Systems

Manufacturer United States Verified
19 Products
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About Applied Ion Systems

Applied Ion Systems is a US-based electric propulsion company developing miniaturised vacuum arc thrusters (VAT series) and end-hall thrusters (EHT series) for small satellites and CubeSats. The company's product range spans from educational DIY thruster kits to flight-ready micro-propulsion systems, including single-unit and quad-cluster configurations designed for attitude control and orbit manoeuvring on nanosatellite and microsatellite platforms. Applied Ion Systems targets the growing small satellite market with open-design and commercial propulsion options for academic, research, and commercial satellite developers seeking affordable, tested electric propulsion hardware.

Products

19
TRL 7 · Demonstrated

An open-source, ultra-low-cost micro pulsed plasma thruster module designed for PocketQubes and CubeSats, with confirmed flight heritage on orbit aboard a 1U CubeSat. Now retired.

2 22

A PocketQube-class ionic liquid electrospray thruster using EMI-Im propellant, providing approximately 1uN of thrust in an ultra-compact 44x40x16mm form factor. In development.

1 12

The first DIY educational kit for ionic liquid electrospray propulsion, using EMI-Im propellant and providing approximately 1uN of thrust for learning and research purposes. In development.

1 12

A PocketQube-class ionic liquid electrospray thruster using EMI-Im propellant with an estimated 25uN thrust in a 42x42x35mm form factor. In development.

1 12

A PocketQube-class ionic liquid electrospray thruster using EMI-Im propellant with an estimated 50uN thrust in a compact 44x44x36mm form factor. In development.

1 12

A CubeSat-class ionic liquid electrospray thruster using EMI-Im propellant with an estimated 50uN thrust in a 65x65x37mm form factor. In development.

1 12

A low-profile CubeSat ionic liquid electrospray thruster using EMI-Im propellant with an estimated 50uN thrust in an ultra-thin 75x75x17mm form factor. In development.

1 12

A high-power ionic liquid electrospray thruster using EMI-Im propellant with an estimated 289uN thrust in a 94x94x42mm form factor, targeting larger CubeSat platforms. In development.

1 12

A dual-nozzle sublimation warm gas thruster using solid unpressurized Adamantane propellant, providing 240uN thrust from a 10W system for 1U to 3U CubeSats.

1 18

A PocketQube-class sublimation warm gas thruster using solid unpressurized Adamantane propellant, providing 120uN thrust for up to 7 hours of operation.

1 18

A quad-nozzle sublimation warm gas thruster using solid unpressurized Adamantane propellant, providing 480uN thrust from a 20W system for 1U to 3U+ CubeSats.

1 18

A next-generation single-nozzle sublimation warm gas thruster using solid unpressurized Adamantane, providing an estimated 147uN thrust in a 92x92x67mm form factor. In development.

1 16

A next-generation quad-nozzle sublimation warm gas thruster using solid unpressurized Adamantane, providing an estimated 588uN thrust in a 92x92x67mm form factor. In development.

1 16

The first off-the-shelf DIY educational electric propulsion learning kit, allowing anyone to build and fire a fully operational micro vacuum arc thruster based on real flight-module technology.

3 12

A dual-module micro vacuum arc thruster cluster consisting of two parallel AIS-VAT1-PQ units, sized for CubeSats down to 1U or even 1/2U class satellites.

3 17

The smallest thruster in the AIS-VAT Series — an ultra-low-cost micro vacuum arc thruster sized for 1.5P PocketQubes up to 1U CubeSats, using solid Bismuth fuel for maximum thrust-to-power ratio.

3 20

A quad-module micro vacuum arc thruster cluster consisting of four parallel AIS-VAT1-PQ units, providing up to 104uN thrust for CubeSats down to 1U class satellites.

3 17

A 20W-class next-generation vacuum arc thruster scaled up from the VAT1-PQ design, sized for a wide range of CubeSats in a 0.5U form factor.

1 13

A 40W-class high-power vacuum arc thruster based on the VAT2 design with twice the power supply capacity, sized for up to 6U CubeSat-class satellites. Now obsolete.

1 13

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