Germany-based space logistics startup ATMOS Space Cargo has secured €13.1 million in funding from the European Innovation Council (EIC) Accelerator. The funding package consists of a €2.5 million grant, €5.3 million in equity investment from the EIC fund, and an additional €5.3 million from private investors. The financial support is aimed at accelerating the company’s development of reusable space logistics solutions. With this backing, ATMOS aims to enhance its engineering and testing capabilities while preparing for the launch of its PHOENIX 1 capsule, scheduled for SpaceX’s Bandwagon-3 mission in April 2025 at the earliest.
Previous funding rounds and contracts have contributed to ATMOS’ ongoing initiatives. In December 2024, the company secured an agreement with Space Cargo Unlimited for seven re-entry missions to be executed by 2027. The startup’s focus has been on creating reusable space technologies, with an emphasis on cost-effectiveness and sustainability. The PHOENIX series is designed to provide a reliable method for returning cargo from space, supporting research and commercial applications.
How Will the Funding Be Used?
The newly acquired funds will support ATMOS in developing the PHOENIX 2 capsule, an upgraded version of its spacecraft. A crucial condition tied to the financing requires ATMOS to complete two PHOENIX 2 flights within a specified timeframe. This aligns with the company’s broader strategy to establish a commercially viable re-entry solution. The technology focuses on returning various payloads from space, including microgravity research materials and commercial cargo.
ATMOS co-founder and COO Marta Oliveira commented on the funding, stating,
“Receiving this funding marks a significant milestone for the entire ATMOS team as it underscores the strong support for the technology we are developing. It plays a crucial role in advancing the PHOENIX 2 capsule and reinforces our commitment to making reusable space logistics a reality in the coming years.”
What Is ATMOS Developing?
ATMOS specializes in space logistics technology, particularly in developing re-entry vehicles that facilitate the transportation of materials between Earth and low Earth orbit. The company’s PHOENIX capsule integrates inflatable heat shield technology, which enables variable return durations ranging from hours to months. This feature enhances its potential applications in industries such as biotechnology, life sciences, and defence. Future versions of the capsule are expected to accommodate heavier payloads, including entire rocket stages.
The startup’s work extends to the ICARUS consortium, a European Commission-backed initiative focused on returning rocket components from space. This project aims to improve the sustainability of space operations by repurposing key materials that would otherwise be lost. The initiative aligns with broader efforts within the space industry to develop cost-efficient and reusable solutions.
The funding injection from the European Innovation Council reflects growing institutional interest in reusable space logistics. As the sector expands, companies like ATMOS are positioning themselves to offer viable solutions for material transport between Earth and space. The competition in space logistics is intensifying, with multiple companies working on similar re-entry capabilities. ATMOS’ approach of utilizing inflatable heat shields and adaptable mission durations distinguishes it from other market players.
While ATMOS has secured funding and contracts, the successful deployment of its PHOENIX 2 capsule will be a key test of its capabilities. Meeting the conditions attached to the latest financial support will play a crucial role in determining the company’s trajectory in the space logistics market. As developments continue, the effectiveness and reliability of reusable re-entry technology will shape the future of cargo transportation in space.
