a global reference
in electric propulsion

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Production.
Means.
Perfection.

We have successfully introduced a serial production of a high-performance electric propulsion technology. Based on value stream analysis, a scalable production line design has been implemented that scales to mega constellation production rates. Lean manufacturing philosophy allows to implement a product lifecycle philosophy that combines New Space agility with heritage quality processes, while providing high customer value in terms of product performance, cost reduction and short cycle times.

>200

thrusters
in space

>300

Thrusters
delivered worldwide

>400

accumulated years
of on-orbit operations

Download Case study

Compact

6th Generation PPU
> 85% efficiency
Easy and fast Plug & Play INTEGRATION

Compact

Developed for
ESA Science Missions
The ENPULSION NANO module is used as a compact pre-qualified building block in order to provide custom solutions at a commodity price and ultra-short lead times. Even though its building blocks are completely self-contained propulsion systems, the whole cluster can be operated as a single plug-and-play unit.

Powerful

Inert non-pressurized tank during launch
Due to the efficient ionization process which allows to ionize up to 60% of the evaporated Indium atoms, the ENPULSION NANO can provide a higher specific impulse than any other ion propulsion system currently on the market.

Powerful

Extremely high total impulse density
Significantly cheaper than Xenon

Modular

Made of pre-qualified
building blocks
No extra cost
for customization

Modular

No additional
lead times
The modular design of the ENPULSION NANO allows for an easy clustering to various configurations. This introduces an inherent redundancy of the system, as each module is completely independent.

Compact

6th Generation PPU
> 85% efficiency

Easy and fast just Plug & Play

Compact

Developed for
ESA Science Missions
The ENPULSION NANO module is used as a compact pre-qualified building block in order to provide custom solutions at a commodity price and ultra-short lead times. Although, building blocks are completely self-contained propulsion systems, the whole cluster can be operated as a single plug-and-play unit.

Powerful

Inert non-pressurized tank during launch
Due to the efficient ionization process which allows to ionize up to 60% of the evaporated Indium atoms, the ENPULSION NANO can provide a higher specific impulse than any other ion propulsion system currently on the market.

Powerful

Extremely high total impulse density
Significantly cheaper than Xenon

Modular

Made of pre-qualified
building blocks
No extra cost
for customization

Modular

No additional
lead times
The modular design of the ENPULSION NANO allows for an easy clustering to various configurations. This introduces an inherent redundancy of the system, as each module is completely independent.
Delivering results
40

COMMERCIAL
CUSTOMERS

ENPULSION products are tested and proven in orbit.

70%

RECURRING
ORDERS

High customer satisfaction leads to the building of trust and long-term partnerships.

12

CONSTELLATION
CONTRACTS

Scalability and consistent quality of ENPULSION products make them the perfect solution for large-scale projects.

Astral-Digital-200x200px
Chris Biddy
Astro Digital

ENPULSION was able to provide complete propulsion systems ready to fly, incredibly fast and simple to integrate.

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Scott Larson
Helios Wire

Helios Wire evaluated several propulsion solutions for our Sirion Pathfinder-2 Satellite, and Enpulsion IFM was the most efficient system in the smallest package. It met our goals for performance, price and schedule.

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Per-Erik Atterwall
Beyond Atlas

We have chosen the Enpulsion thruster. It is the only one that will let us pack enough delta V, in the small package of our 12U space craft, to carry out the mission. The mission is to break orbit and explore an asteroid.

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Prof. Dr. Klaus Schilling
Zentrum für Telematik

The decision came after ZfT evaluated several propulsion options and finally selected as a clear winner the IFM Nano Thruster, which is based on ENPULSION’s proprietary Field-Emission Electric Propulsion (FEEP) technology. FEEP allows effortless scalability and cost efficiency in a compact and easy-to-implement product.

ESA_Patch_2021-2-1024x1024
Jose Gonzalez del Amo
European Space Agency
Head of the Electric Propulsion Section

ENPULSION has turned the idea of a theoretically possible thruster into a real product that became a global reference in electric propulsion for CubeSats and small satellites. Many research centres and companies are trying to understand the physics behind such developments but just a few can reach the level of maturity required for a competitive product and even less can demonstrate product leadership in the space domain.

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Stephen Steg
Blue Canyon Technologies

The assemblies were delivered on time, and the technical support was excellent. We found that Enpulsion was an outstanding supplier, and we are looking forward to a long relationship with them.

Beyond Atlas
helioswire-logo-200x200px
Astral-Digital-200x200px
BCT_logo-200x200px
kisspng-logo-european-space-agency-european-space-operatio-cospar-2015-5b689f77da5213.2874938215335832238943-200x200px
logo_zft

Join the movement
& get your thruster

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Updates

Aerospace Corporation-DiskSat-1170x540-1
By ENPULSION
06 Sep: ENPULSION delivers compact electric propulsion systems to The Aerospace Corporation

Four ENPULSION NANO propulsion systems were shipped to The Aerospace Corporation (Aerospace) for their DiskSat demonstration mission which is expected to be ready to fly by the end of 2024. DiskSat’s alternative approach to the CubeSat combines the benefits of a containerized launch with large surface areas that can be dedicated to power generation, antennas, and/or instruments needing exposure to space.

Read More
IMG_Space Inventor_FINAL_V2.2
By ENPULSION
29 Aug: Space Inventor and ENPULSION successfully positioned the world’s first nanosatellite in GEO

On May 1st, GS-1 by Gravity Space, the world’s first nanosatellite destined for geostationary orbit, was launched on board a SpaceX Falcon Heavy rocket. Mid July it reached another important milestone: commissioning of the spacecraft was successfully completed and the satellite was sent on its way to its final orbit in GEO, which it successfully reached last week by utilizing three of ENPULSION’s NANO AR³ propulsion systems.

Read More

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