Morpheus Space - Mobility in Space

Morpheus Space is unlocking satellite mobility with the efficiency of our next-gen GO-2 electric propulsion systems and our Mission Analysis and Design tools on our space mobility platform, Journey

Item Title One

EASY INTEGRATION

Easy plug-and-play integration with dedicated support

Item Title One

COST FLEXIBLE

Only pay for the mobility you need and spread cost over time with subscription pricing

Item Title One

MODULAR

Link multiple units to provide scalable solutions for most CubeSat and SmallSats

Item Title One

LOW RISK

No moving parts, no pressurized tanks, and no excessive heat generation

The world's most advanced electric propulsion solution

CONTACT SALES

Field-emission electric propulsion (FEEP), ion thruster, satellite propulsion subsystem

MORPHEUS TECH: MAKING HISTORY

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

1st

HERITAGE PROPULSION SYSTEM

Core Tech Orbiting in space since 2018

Commercial customers in space since 2023

Technical foundation of future products

"NanoFEEP thrusters can be combined to create more powerful propulsion systems to meet the needs of a specific satellite... This allows clients to avoid spending additional time and resources developing customized propulsion systems for each of its satellites." - TechCrunch

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.

1st

MORPHEUS TECH: MAKING HISTORY

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

1st

HERITAGE PROPULSION SYSTEM

Core Tech Orbiting in space since 2018

Commercial customers in space since 2023

Technical foundation of future products

MODULAR

Link multiple units provide mobility to

any size CubeSat and most SmallSats

LOW RISK

Virtually limitless continuous thrust with no moving parts, no pressurized tanks, and no excessive heat generation.

EASY INTEGRATION

Scalable plug-and-play integration with dedicated support

COST FLEXIBLE

Only pay for the mobility you need through

a subscription and on-demand options

REQUEST SPEC SHEET

EASY INTEGRATION

Provide mobility through plug-and-play integration with dedicated support

COST FLEXIBLE

Only pay for the mobility you need through a subscription and on-demand options

MODULAR

Link multiple units to provide scalable solutions for any size CubeSat and most SmallSats

LOW RISK

Virtually limitless continuous thrust with no moving parts, no pressurized tanks, and no excessive heat generation.

Our technology does not need any valves, actuators, large tanks, pipes, or expensive propellants. It also does not interfere with magnetic and electromagnetic fields, or generate excessive heat.

EASY INTEGRATION

Provide mobility through plug-and-play integration with dedicated support

COST FLEXIBLE

Only pay for the mobility you need through a subscription and on-demand options

MODULAR

Link multiple units to provide scalable solutions for any size CubeSat and most SmallSats

LOW RISK

Virtually limitless continuous thrust with no moving parts, no pressurized tanks, and no excessive heat generation

MODULAR

Link multiple units to provide scalable solutions for any size CubeSat and most SmallSats

LOW RISK

Virtually limitless continuous thrust with no moving parts, no pressurized tanks, and no excessive heat generation

REQUEST SPECS

GO-2

The world's most advanced electric propulsion solution

To access greater mobility in space, our Pay-as-you-GO options lower initial mission costs to fit your mission needs. Our cost-flexible payment plans fit your mission needs, not the other way around! Mix payment options to get the best cost flexibility for your mission.

Pay-as-you-GO

PAY UP FRONT

Pay for and own the GO-2 propulsion system outright.

SUBSCRIPTION

Pay monthly for the specific features your mission requires.

PAY ON-DEMAND

Pay per maneuver or feature right when you need it.

Satellite Mission Design, Simulation

& Satellite Operations.

JOURNEY BETA

Journey Open Beta

Now live!

Journey is our flagship software platform enabling space mobility through a satellite's entire lifecycle.

Journey supports satellite systems and mission engineers from the earliest stages of design, simulation, and procurement, through to operations and decommissioning.

Preliminary Mission Design (PMD) enables spacecraft systems engineers to input high-level mission and system parameters, quickly simulate a mission, and match with subsystems that meet mission requirements – all in under two minutes.

Accelerate mission design

Leverage editable templates to quickly define high-level parameters and simulate a satellite mission
10x faster than manual simulation – a process that involves multiple tools and mandates technical expertise

Automate preliminary system design

Automate the identification of over 350+ satellite subsystems that meet simulated mission requirements
Accelerate the initial steps of your systems engineering process

Expedite procurement

Filter and further refine the list of 350+ subsystems that met mission requirements
Submit RFIs to multiple manufacturers at once, communicating the context of your mission with a summary and relevant data attached

Advanced Mission Design (AMD) simplifies and accelerates the verification, validation, and optimization of satellite mission and system design. Through high-fidelity simulation and unique analytics, users can test and refine their designs to ensure requirements are met as they advance toward operations.

Verify in high-fidelity

Seamlessly import missions from PMD to simulate in high-fidelity
Employ advanced models to ensure the viability of mission and system designs

Refine to optimize performance

Simulate against all subsystems that meet your mission requirements to inform down-selection
Conduct trade studies comparing the performance of different satellite configurations and constellation designs

Ensure requirements are met

Review mission analytics to confirm mission objectives (target collects) are achieved
Confidently advance towards operations knowing that requirements are satisfied

Mission Data

Mission Data outlines the Keplerian elements and their relative changes between a maneuver-specific initial orbit and final orbit. Additionally, it outputs the thrust required to perform this maneuver within the corresponding duration.

Mission Analytics

Mission Analytics offers more granularity by graphing Keplerian element changes over the course of both the entire mission profile and within maneuver-specific windows.

Subsystem Matching

Subsystem matching incorporates over 350 subsystems across propulsion, attitude determination and control, communications, and power systems.

Within the subsystem matching module, users can quickly identify the propulsion system that best meets their needs and submit a Request for Information (RFI) to the manufacturer.

Morpheus will then forward the user’s Mission Summary to the manufacturer to provide context for the planned application, as well as any other requests around pricing, lead time, or other user-defined details.

Mission Design

Generate a Mission Summary showcasing mission data, analysis, and system requirements profiles to help users dynamically test and refine their missions.