EIC launches podcast series 'The game changers' — Episode 1 focuses on space debris and E.T.PACK

Brussels, October 5th 2022
Summary
  • The European Innovation Council launched a podcast series called The game changers: from radical idea to innovative business on 5 October 2022.
  • Episode 1 covers space debris remediation and features EIC Programme Manager Stella Tkatchova and researchers from the EIC Pathfinder project E.T.PACK.
  • E.T.PACK aims to test an electrodynamic tether deorbit kit that needs no propellant and was funded under the EIC Pathfinder programme with roughly €3 million.
  • The podcast is an outreach tool to explain how EIC supports deep tech but listeners should be cautious about early claims pending in-orbit validation and commercial scale up.
  • Episode 1 is available on major podcast platforms including Spotify and Apple Podcasts.

EIC launches podcast series to explain deep tech scale up

On 5 October 2022 the European Innovation Council announced a new podcast series titled The game changers: from radical idea to innovative business. The series is framed as a guide for university researchers and deep-tech start-ups seeking to understand how disruptive technologies are taken from the lab and pushed toward the market with European funding and ecosystem support.

Episode 1 — Space debris and the promise of electrodynamic tethers

The first episode focuses on technologies to eliminate space debris. It features Stella Tkatchova, the EIC Programme Manager for space systems and technologies, and two researchers from the EIC Pathfinder project E.T.PACK, Lorenzo Tarabini Castellani and Gonzalo Sanchez Arriaga. The episode discusses the technical approach behind E.T.PACK and the role of EIC funding in helping to mature risky, early stage concepts.

What is E.T.PACK:E.T.PACK is an EIC Pathfinder project funded under Horizon 2020 with an overall budget of about €3.04 million and an EU contribution of approximately €3.0 million. The project is developing a deorbit kit based on electrodynamic tether technology. The device is intended to be mounted on launcher upper stages and satellites to passively induce re-entry at end-of-life without using propellant.
How an electrodynamic tether works:An electrodynamic tether is a long conductive tether deployed from a spacecraft that interacts with the Earth’s magnetic field to generate a drag force. That force can lower the orbit of the tethered object until atmospheric drag increases enough to cause re-entry and burn up. The approach is attractive because it does not require onboard propellant but it requires careful engineering to deploy and control the tether in orbit and to ensure safety around other space assets.

The E.T.PACK project brings together academic and industrial partners across Spain, Germany and Italy. Participants include Universidad Carlos III de Madrid, SENER Aeroespacial, Technische Universität Dresden, Fraunhofer IKTS and the University of Padova among others. The project page also notes that SENER Aeroespacial and Rocket Factory Augsburg agreed a launch service contract to fly a technology demonstrator. The demonstration flight is described as a decisive step to validate the technology in orbit.

ItemDetailSource note
ProjectE.T.PACK (electrodynamic tether deorbit kit)EIC Pathfinder project profile
EU contribution€3 000 000EIC project page
Overall budget€3 039 980EIC project page
Project locationsSpain, Germany, ItalyEIC project page
Key partnersUniversidad Carlos III de Madrid, SENER Aeroespacial, TU Dresden, Fraunhofer IKTS, University of Padova, Advanced Thermal DevicesEIC project page
Planned demonstrationLaunch service contracted with Rocket Factory Augsburg to fly a demonstratorProject page statement

How the episode frames the EIC’s role

The EIC Programme Manager in the episode explains the agency role as more than just a grant maker. EIC Programme Managers curate portfolios, link projects with investors and coaches, and try to create pathways from laboratory prototypes to market ready products. The podcast emphasises the EIC’s interest in high risk and high impact technologies that could create new markets.

EIC Pathfinder explained:The EIC Pathfinder scheme funds early stage, high risk research into radically new technologies, typically at low technology readiness levels. Grants can support proof of concept and prototype activities. Pathfinder is designed to identify and nurture breakthroughs that may later move to Transition or Accelerator funding rounds as they approach market readiness.

The podcast is presented as practical orientation for researchers and deep-tech founders who are considering EIC funding. Episode 1 uses a topical and policy visible issue space debris to illustrate how a funded project moves from lab concept to in-orbit demonstration and to explain the support mechanisms around it.

A critical view on claims and promises

Outreach and storytelling around publicly funded technology projects serve several useful functions. They can demystify funding processes and help the research community understand what selectors look for. At the same time listeners should treat early stage claims with caution. The E.T.PACK work is at the demonstration stage and a successful in-orbit test is necessary but not sufficient to deliver operational, large scale removal of debris.

Technical and operational caveats:Electrodynamic tethers are promising because they do not require propellant. However they raise engineering issues such as reliable deployment, material resilience in the space environment, electrical interactions with space plasma, potential collision risk to other objects, mission integration constraints and national and international rules for in-orbit operations. Full commercialisation requires addressing these technical questions and demonstrating repeatable, safe operations.
Regulatory and market barriers:Even after technical validation, operators and launch providers must adopt new hardware and procedures. Liability, insurance, standards and access to launch manifest slots are all practical hurdles. EIC funding reduces technical risk but does not automatically resolve regulatory approval, customer procurement decisions or the creation of sustainable business models.

Where to listen and where to learn more

Episode 1 of The game changers is available on common podcast platforms including Spotify and Apple Podcasts. The EIC also links to further resources for applicants such as pages on EIC Programme Managers, EIC Pathfinder and the specific E.T.PACK project profile.

Practical next steps for researchers and start-ups

If you are interested in EIC support:Start by reading the EIC Pathfinder and other EIC scheme descriptions and check eligibility. Make contact with National Contact Points and use the EIC Business Acceleration Services such as coaching and investor matching. Programme Managers publish portfolio priorities and can be a useful guide to whether your idea fits EIC calls.

Podcasts are a useful entry point but they do not replace reading official call texts and guidance documents. Apply the healthy skepticism that funders and promoters ask for. Measure claims by demonstrable milestones such as in-orbit tests, peer reviewed results and independent validations before treating an early stage technology as proven.

Listen to the episode if you want a practitioner perspective on how an EIC-funded deep-tech project evolves and what kinds of organisational and technical questions appear on the route to demonstration. Keep an eye on follow up reporting for verification of in-orbit test outcomes and the commercialisation pathway.