top of page
GO-2 Background Image gradient
GO-2 Field Emission Electric Propulsion System
FEEP-Based Electric Propulsion
Artboard 2_edited.jpg

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.

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.​

website modular-Camera 3.2.png
Artboard 3.png

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.

GO-2 In Production.jpg
Artboard 1.jpg

Key Features of GO-2

View 11.png

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.

Artboard 3.png
Field-emission electric propulsion (FEEP), ion thruster, satellite propulsion subsystem

Heritage Propulsion System

- Core tech orbiting in space since 2018 

- Commercial customers in space since 2023

- Technical foundation of future products

Morpheus Tech: Making History

1st Successfully tested propulsion system on a nanosatellite

1st Collision avoidance maneuver by a nanosatellite

1st Signed "Pay-as-you GO" subscription service for propulsion hardware

Artboard 2_edited.jpg

DISCOVER THE GO-2

View 11.png

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 public spec sheet.

Artboard 2.png

Ensure your mission's success

Ensure your mission's success

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.

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.

Artboard 3.png
bottom of page