Preparing the Space Workforce of the Future
Vision
Our Vision is to enable mankind to live and work in multiple space locations, thus unleashing human potential as a thriving space civilization. As a first step, the Company aims to enable a permanent and vigorous presence of humans living and working in Low Earth Orbit (LEO), as a preceding step for the colonization of cislunar space and the Moon. SRW is actively engaged in developing a valuable portfolio of key technologies intended to facilitate the plan to deploy a Commercial Low-Earth Orbit Destination, offering a broad range of in-orbit services, in particular assembly, maintenance, manufacturing and debris removal.
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Cellar
Crew Quarters
Lobby
Gym
Lobby
Size
XMOD
The XMOD is a large habitation module to house crewmembers, both trained astronauts and private customers, and thus contribute to space exploration. The nominal mission of the XMOD is to provide a safe and habitable environment for tourists and astronauts during their stay. The goal is to have a fully operational habitation module for 20 years, with planned crew changes.
BBB
The BBB (Basic Building Block) is a rigid modular structure designed as the fundamental unit for the assembly of orbital infrastructures, specifically within the framework of the Commercial Low-Earth Orbit space station initiative led by SRW. Its primary role is to function as a standardized structural module, capable of being interconnected with other BBBs to form truss-like frameworks in space
Proto BBB
Proto BBB FEM Model
Proto BBB
Proto BBB Test Setup Picture 1. Angular check of setup
Proto BBB Vibration Test Campaign
Proto BBB Static Tests Campaign
Proto BBB Static Tests Campaign 2
Proto BBB Initial Mockup. Deployable Version. Deployed
Proto BBB Initial Mockup. Deployable Version. Folded
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Participating Entities
Grant
EFESTUS
Project EFESTUS’s final objective is to validate the technology and the repairing procedure of a failed mechanism in space through meticulous test in lab environment. This innovative solution is aimed at future use cases in on-orbit repairing missions, as a way to address the growing demand of On-orbit Servicing and Maintenance of satellites.
The project is split into several phases:
• Requirements and design of the repair tool
• Hardware development
• Testing
In-orbit repair of failed mechanisms is matter of great importance for the space sector and space agencies due to the benefits it can provide to the industry. Examples of this benefits are cost reduction, recycling and life extension of satellites.
This company has received a grant cofinanced by the European Regional Development Fund (ERDF) through the FEDER Program of Cantabria 2021-2027 by means of the subsidy line INNOVA.
Build the Future With Us
We are hiring top engineers and project leaders to tackle the next wave of Space and Infrastructure challenges.
Open positions available in Europe — or apply to roles in our portfolio companies.
News
STORM
June 9, 2025
Space Robotics Workers, as part of a consortium led by Pi Space Solutions, signed a grant agreement in the Horizon Pathfinder Programme for the STORM project.
Innova2024
May 20, 2025
Space Robotics Workers won a grant for the 1 M€ project EFESTUS from Cantabria’s Consejería de Industria, Empleo, Innovación y Comercio for the development of robotic system capable of repairing deployment mechanisms in orbit.
Esta entidad ha recibido una ayuda cofinanciada por el Fondo Europeo de Desarrollo Regional a través del Programa FEDER de Cantabria 2021-2027 por medio de la línea de subvenciones INNOVA.
Support from EU fund
Dec 18, 2024
Space Robotic Workers has received a grant to promote the permanent employment of unemployed people, co-financed 50% by the Government of Cantabria and the European Social Fund through the Cantabria ESF Operational Program 2014-2020.
ESA EISI call for maturation of post-ISS LEO services
Jan 9, 2023
ESA selects Orbital Outpost One for a maturation study contract as post-ISS candidate for servicing ESA astronaut needs.
AROSA
Sep 1, 2022
Space Robotic Workers together with the University of Seville won 1.6M R&D AROSA Grant from Spanish Ministry of Science and Innovation for a LEO robotic spacecraft project.
Proyecto ‘‘Smart Robotics for On Orbit Servicing Applications’’ (AROSA, CPP-2021-008629) financiado por MICIU/AEI/10.13039/501100011033 y por la Unión Europea NextGenerationEU/ PRTR
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