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GO-2 Field Emission Electric Propulsion System

FEEP-Based Electric Propulsion

The GO-2 provides the simplest, most efficient and cost-effective propulsion system, enabling mobility throughout the entire mission lifetime.​

GO-2 provides the simplest, most efficient and cost-effective propulsion system,  enabling mobility throughout the entire mission lifetime.​

The GO-2 provides the simplest, most efficient and cost-effective propulsion system,  enabling mobility throughout the entire mission lifetime.​

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GO-2 Field Emission Electric Propulsion System
FEEP-Based Electric Propulsion

enabling mobility throughout the entire mission lifetime.​

the simplest, most efficient & cost-effective
propulsion system, 

the simplest, most efficient 
& cost-effective propulsion system, 

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ENSURE YOUR MISSION'S SUCCESS

From constellation deployment and repositioning to deorbiting, collision avoidance, and station keeping, our GO-2 Electric Propulsion system is equipped to handle every aspect of your satellite's mission.

Ensure your mission's success

Ensure your mission's success

Efficient

The total impulse provided by the GO-2 system enables satellite mobility for long durations, ensuring satellite operators get full value out of their payload.

Reliable

Each GO-2 system contains 40 individual thrusters, each with its own propellant tank and independent thrust control, offering an unprecedented level of redundancy and precision.

Modular

As a modular propulsion unit at approximately 1U in size, GO-2 can support a wide range of spacecraft from 6U and up.

DISCOVER THE GO-2

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Plug & Play

Easy to integrate, plug and play solution removes complexities of system integration

Metallic Propellant

Utilizes a solid metallic propellant that ensures zero leakage, with no moving parts, chemicals or pressurization

Redundancy & Reliability

Engineered with a high redundancy to maximize operational uptime and reliability

Individual Thruster Control

40 individually controlled thrusters enable precise maneuvering for various mission requirements

Get a full system overview

Enter your email to receive the PDF version of our GO-2 spec sheet.

GO-2: Three Generations
of space proven technology

Heritage Hardware

Core technology in orbit since 2018.

Supporting commercial customer missions in space since 2023.​

Flight-proven technology powering our next generation products.​

First-ever in-space test of a nanosatellite propulsion system.​

Executed the world’s first nanosatellite collision avoidance maneuver.​

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DISCOVER THE GO-2

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Plug & Play

Easy to integrate, plug and play solution removes complexities of system integration

Metallic Propellant

Utilizes a solid metallic propellant that ensures zero leakage, with no moving parts, chemicals or pressurization

Redundancy & Reliability

Engineered with a high redundancy to maximize operational uptime and reliability

Individual Thruster Control

40 individually controlled thrusters enable precise maneuvering for various mission requirements

Get a full system overview

Enter your email to receive the PDF version of our GO-2 spec sheet.

Efficient

The total impulse provided by the GO-2 system enables satellite mobility for long durations, ensuring satellite operators get full value out of their payload.

Reliable

Each GO-2 electric propulsion system encloses 40 individual propellant tanks with individual thrusting, offering an unseen level of redundancy and control.

Effective

As a modular propulsion unit at approximately 1U in size, GO-2 can support a wide range of spacecraft from 6U up to 250kg.

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GO-2 Estimator

Quickly determine how many GO-2 systems your satellite needs for optimal performance with the GO-2 Estimator

Watch the video below to see how easy it is to run your estimate.

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Key Features of GO-2

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Key Features of GO-2

Fully Self-Contained

No moving parts, no pressurized tanks, no valves, no pipes.

40 Independent Emitters

Enable greater propulsion control.

Simple Integration

A single connector handling both power and data.

Highly Available

Scaled production supports aggressive delivery schedules.

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