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The GreenBox Service by R-Space:

Your Fast Track to Space

The GreenBox Service is R-Space’s all-in-one solution for In-Orbit Demonstration (IOD) and In-Orbit Validation (IOV). Designed for rapid deployment and maximum ease of use, GreenBox is ideal for organizations looking to test and validate technology in space—whether you’re a seasoned space player or entering orbit for the first time.

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The GreenBox Service

Simple. Fast. Reliable.

The standardized Payload Accommodation Unit (PAU) ensures a safe and fast integration process of your payload. As soon as you are ready, the pre-assembled satellite is waiting for you and your mission to space can start.

Due to the minimal number of technical requirements and a streamlined integration process, the GreenBox service is especially well-suited for companies with little or no prior experience in spacecraft development or operations. You bring the technology—we handle the rest.

how it works

The GreenBox service elements

3U CubeSat with deployed solar panels and antennae in space-ready configuration

Satellite Bus

Satellite Bus

The GreenBox satellite design for maximum efficiency with minimum complexity

Engineer wearing gloves and safety glasses inspecting small electronic components through a magnifying lamp in a laboratory.

Payload Accommodation Unit (PAU)

Payload Accommodation Unit (PAU)

Features standardized mechanical, thermal and electrical interfaces for simple integration. Protects your technology against impact from all environments.

Image of a rocket Launch and Satelite

Operations

Operations

Together with our partners we launch and operate your payload to provide the data you need.

The GreenBox service

The GreenBox service is a complete turnkey solution. With a minimal number and standardized interface requirements, your team can stay focused entirely on your innovation while we manage everything from integration to launch. In only seven steps your technology is in space:

1.

Accommodation analysis

A series of general questions about your technology and your goals makes sure that our service is the best fit for your mission objectives. Following the signature of an NDA, a detailed technical discussion between you and our payload specialist can start.

2.

Signature of our service contract

Only after all technical questions have been discussed and no show stopper has been identified, a service contract will be signed between you and R-Space

3.

Payload integration

As soon as you are ready, you will receive a Payload accommodation unit (PAU) and you can start your mechanical and electrical compatibility testing to ensure a successful operation in orbit

4.

Spacecraft integration

Two months before your launch date, you will send the PAU back to R-Space for spacecraft integration and final compatibility checks

5.

Qualification testing

R-Space will conduct all the required qualification testing to ensure a successful launch and in orbit operation

6.

Launch

Final launcher integration and the launch itself will be conducted with R-Space launch providers

7.

In-Orbit operation

As soon as the satellite is operable in orbit you tests will start and your will receive data directly from your payload. Success!

In-Orbit testing – made simple

With the GreenBox service, we bring your innovation into space quickly and reliably. Thanks to a proven satellite bus, a standardized Payload Accommodation Unit (PAU), and fully managed operations, you don’t have to worry about the complex development of your own satellite technologies. You focus on your payload—we take care of integration, launch, and operation.

Engineer wearing gloves and safety glasses inspecting small electronic components through a magnifying lamp in a laboratory.
Team meeting at R-Space with a presenter showing a 3D model of a satellite or CubeSat on a large screen while colleagues with laptops discuss and a physical satellite prototype sits on the table.
Engineer wearing gloves and safety glasses inspecting small electronic components through a magnifying lamp in a laboratory.
Engineer wearing gloves and safety glasses inspecting small electronic components through a magnifying lamp in a laboratory.
Engineer wearing gloves and safety glasses inspecting small electronic components through a magnifying lamp in a laboratory.
Engineer in a cleanroom lab coat testing electronic circuit boards with measuring equipment and oscilloscope on screen in a laboratory environment.

The satellite platform

Satellite bus:

GreenBox satellites are specially designed for IOD/IOV purposes. They are modular, reduced in complexity, and easy to configure. Available sizes: 2U, 3U, and 6U (Q4, 2026).

  • Flight-proven design features
  • Interchangeable subsystems
  • Individually customizable satellite plattform
  • Extremely flexible and efficient
Illustration of a satellite in version 1 design with a clean white outline on a transparent or colored background.
The Satellite Bus Baseline 2U Baseline 3U Extended 3U Large 6U
Max. payload weight: 1300 g 2 × 1300 g 2300 g 3000 g
Max. available volume: 1050 cm³ 2 × 1050 cm³ 1800 cm³ 3600 cm³
Max. on-orbit average power: 10 W 16 W 16 W 24 W
Av. voltages: 3V3, 5V, programmable voltage (2–14V)
Av. communication: CAN, UART, RS485, RS422, I2C
ADCS: No No No YES

Partners and supporters

R-Space is promoted and supported by strong partners in the field of research and innovation, including: