SciTransfer
Organization

D-ORBIT SPA

Italian SME building smart propulsive devices for controlled satellite deorbiting and space debris prevention.

Technology SMEspaceITSMENo active H2020 projects
H2020 projects
3
As coordinator
2
Total EC funding
€2.4M
Unique partners
10
What they do

Their core work

D-Orbit develops smart propulsive devices that enable controlled satellite decommissioning and reentry from orbit. Their core technology addresses the growing space debris problem by equipping satellites with onboard propulsion systems that can safely deorbit or reorbit them at end of life. The company operates at the intersection of space engineering and environmental sustainability, providing practical hardware solutions to prevent uncontrolled space collisions. As an Italian SME, they have progressed from feasibility study (SME-1) through full development (SME-2) of their decommissioning technology.

Core expertise

What they specialise in

Satellite decommissioning systemsprimary
3 projects

All three H2020 projects (D-Orbit, D3, TeSeR) focus on controlled satellite end-of-life management.

On-board propulsion for deorbitingprimary
2 projects

The D-Orbit and D3 projects specifically develop smart propulsive devices for controlled reentry and reorbit.

2 projects

D3 and TeSeR directly target space debris reduction through active removal and self-removal technologies.

Spacecraft self-removal technologysecondary
1 project

Participation in TeSeR (Technology for Self Removal of Spacecraft) demonstrates capability in passive/autonomous removal approaches beyond their core propulsive solution.

Evolution & trajectory

How they've shifted over time

Early focus
Satellite decommissioning feasibility
Recent focus
Propulsive deorbiting hardware development

D-Orbit's H2020 trajectory shows a classic SME scale-up pattern. They began in 2015 with a small feasibility study (EUR 50,000 under SME-1) to validate their propulsive decommissioning concept, then immediately scaled to a full EUR 1.96M development project (D3, SME-2) to build the actual device. By 2016, they had expanded from leading their own projects to contributing as a specialist partner in the broader TeSeR consortium, indicating growing recognition in the space debris community.

D-Orbit is moving from concept validation toward operational hardware for satellite end-of-life management — a market expected to grow as mega-constellations multiply orbital debris risks.

Collaboration profile

How they like to work

Role: consortium_leaderReach: European3 countries collaborated

D-Orbit primarily leads its own projects (2 out of 3 as coordinator), reflecting a product-driven SME that develops proprietary technology rather than serving as a subcontractor. Their consortium network is modest (10 partners across 3 countries), consistent with focused SME instrument projects that don't require large consortia. When they do join larger efforts (TeSeR), they contribute specialist hardware expertise rather than broad coordination.

D-Orbit has worked with 10 distinct partners across 3 European countries, a compact but purposeful network typical of a technology SME building focused partnerships in the space debris sector.

Why partner with them

What sets them apart

D-Orbit occupies a very specific niche: they build the actual hardware that goes onto satellites to ensure controlled end-of-life disposal. While many organizations study the space debris problem theoretically, D-Orbit delivers a concrete propulsive device — a product, not a study. For consortium builders working on orbital sustainability, debris mitigation, or satellite servicing, D-Orbit brings rare hands-on engineering capability in a field where few SMEs operate.

Notable projects

Highlights from their portfolio

  • D3
    Their flagship project (EUR 1.96M, SME-2) to develop a smart propulsive decommissioning device — the largest single investment in their portfolio and the core of their commercial offering.
  • TeSeR
    Their only project as participant rather than coordinator, in a broader consortium on spacecraft self-removal technology, signaling industry recognition of their specialist expertise.
Cross-sector capabilities
environment (orbital debris as environmental sustainability)transport (satellite operations and logistics)security (space situational awareness and orbital safety)
Analysis note: Profile based on only 3 H2020 projects (2015-2019). D-Orbit has since grown significantly in the commercial space market beyond what H2020 data captures. The keyword evolution analysis is limited because early-period keywords were empty in the source data. Confidence is moderate: the niche is clear but the dataset is small.