BOOsT Your Space Related Start up

Join the ESA BIC incubation program and benefit from equity free funding, complimentary business coaching, technical support, investor  matchmaking, access to ESA's international network and more.

Get incubated here
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About

We help many types of startups with a space connection

ESA Business Incubation Centre (ESA BIC) offers incubation for startups across many industries that have connections to space. You can apply if you plan to develop technology that could be relevant to the space industry in many ways, or if you provide a space-based service based on satellite communication, navigation or earth observation.

what is a space connection?
How to apply
Credit: ESA
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Industries
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Services

A free full-service package
to launch your start-up

€60K in non-equity funding

All startups accepted into ESA BIC receives €60K in non-equity funding (meaning that ESA BIC will not take any ownership in the company). We offer an additional €140K for selected startups planning to develop technology that can be launched into space (ESA BIC Booster).

Technical support

ESA BIC Denmark has offices at several Danish universities and is deeply connected to both ESA’s international network and the Danish space sector. Through this network, we can help your startup connect with technical experts whether in academia or across the European space industry.

Business coaching

Your startup will be assigned a dedicated business developer to support you throughout the incubation process. Together, you’ll take part in an incubation planning workshop, where you’ll map out your goals and tailor the incubation program to fit your startup’s specific needs.

Space academy for founders

In collaboration with the ESA Business Incubation Centres in Sweden, Norway and Finland we are hosting a series of webinars, aiming to support founders of space connected startups. The topics cover everything from practical advise on raising capital to understanding supply chains.

Matchmaking with investors

Our business developers are actively building relationships with investors who are interested in space-related ventures — and can help connect your startup with the right people. In addition, ESA BIC supports selected startups in gaining access to pitch competitions at relevant conferences.

Find international business partners

ESA BIC has centres in more than 100 locations across europe. Through this network we can help to connect your startups with potential business partners or potential clients who can provide early stage feedback on your product.

Local and international community

We host a range of events aimed at connecting the space ecosystem in Denmark. As an ESA BIC incubatee, you may also be invited to join us at Danish or international conferences, where you can get the opportunity to meet potential customers, investors, or new employees.

Office facilities

If your startup needs office space, we may be able to arrange it at the university where you’re incubated. This depends on availability and is coordinated in collaboration with the university.

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Find us at various universities

Our Local hubs

DTU, LYNGBY

Diplomvej 372 2nd floor, 2800 Kgs. Lyngby

Space Ventures DK is a national project managed from our headquarter at DTU. Our office is part of DTU Space and located next to the innovation ecosystems in Skylab and DTU Science Park.

AU, Aarhus

Universitetsbyen 14, 8000 Aarhus

ESA BIC in Aarhus is part of AU Space and is based at the Kitchen, where your startup will have access to a vibrant innovation community.

AAU, Aalborg

Thomas Manns Vej 25, 9220 Aalborg Øst

Our team at AAU Space is invovled with the Open Entrepreneurship initiative and Space Connect North, and we have strong ties to the many space companies in the area.

SDU, Odense

Campusvej 55, 5230 Odense M

Our hub at SDU is part of a dynamic innovation environment in Odense, closely connected to Odense Robotics and local tech communities.

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About

Trust our expertise by the numbers

The incubation program ESA BIC Denmark is managed by teams at DTU, Aarhus University, Aalborg University and SDU. We have long track record of helping startups succeed with space.

50+
incubated space start-ups
300m
DKK external investments raised
5+
Years of running ESA BIC in Denmark.
200+
FTEs across all startups
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About

ESA BIC BOOSTER

Startups that are accepted into ESA BIC's incubation program might be selected to recieve additional funding for developing upstream technology - that is tech that is meant to be used in space.

Learn more
Up to

€140K IN additional FUNDING FOR upstream STARTUPS

  • Up to 50 hours of free consulting for funding applications
  • Access to technical expertise from DTU and ESA
  • International network and matchmaking
  • Knowledgesharing with clusters
  • Education of space-ambassadors in various industries
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About

GET INCUBATED

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Learn more
Up to

€60K IN NON-EQUITY FUNDING FOR ALL STARTUPS

  • Up to 50 hours of free consulting for funding applications
  • Access to technical expertise from DTU and ESA
  • International network and matchmaking
  • Knowledgesharing with clusters
  • Education of space-ambassadors in various industries
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About

GET INCUBATED

The incubation period can last up to two years and is tailored to match the specific needs of your startup. Follow the link below to learn more about how the program works — and what it takes to become part of it.

How to apply
Up to

€60K IN NON-EQUITY FUNDING FOR ALL STARTUPS

  • OPtion for an additional €140K for selected upstream startups
  • Access to technical expertise from ESA and Various danish universities
  • Tailored business development and coaching
  • Matchmaking with investors and potential partners.
  • Community and promotion at events
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About

GET INCUBATED

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Learn more
Up to

€60K IN NON-EQUITY FUNDING FOR ALL STARTUPS

  • Up to 50 hours of free consulting for funding applications
  • Access to technical expertise from DTU and ESA
  • International network and matchmaking
  • Knowledgesharing with clusters
  • Education of space-ambassadors in various industries
Manufacturing
ThiaX provides real-time, non-destructive X-ray mapping of strain and crystallinity in polymers and composites

Jul 24, 2025

Case study
Drones & Robotics
AI-driven off-road autonomy software for unmanned ground vehicles on the modern battlefield

Case study
AI & Big Data
Security
Securing industrial IoT through decentralized data integrity

Case study
Drones & Robotics
Smart solutions for year-round outdoor cleaning

Case study
AI & Big Data
High efficiency compression for energy IoT and space applications

Case study
Environment
Species detection and classification with GNSS integration

Case study
Drones & Robotics
Security
Smart identification systems for drones and airspace safety

Case study
Agriculture
Geospatial and climate model integration for agricultural finance

Case study
Healthcare
Durable chemical free biofilm protection for materials

Case study
Drones & Robotics
Electric cargo drone systems for efficient air freight

Case study
Drones & Robotics
Agriculture
Remote controlled drones for crop protection and livestock safety

Case study
Space
Field ready handheld chemical analysis devices

Case study
Space
Human centered design for future space habitats

Case study
Space
One stop solutions for spacecraft structural integration

Case study
Drones & Robotics
Secure and efficient flight management with multispectral imaging

Case study
N/A
Comprehensive performance data for horse riders and trainers

Case study
Drones & Robotics
Advanced VTOL drones for industrial aerial data

Case study
Infrastructure
Digital solutions for smart cities and communities

Case study
Agriculture
Satellite enabled smart scheduling for farm management

Case study
Space
X-ray optics design and thin film coating solutions

Case study
Maritime
Drones & Robotics
Galileo enabled drone systems for maritime operations

Case study
Fintech
Fintech for liquid and sustainable forest assets

Case study
Healthcare
Assistive navigation solutions for the visually impaired

Case study
Drones & Robotics
Airborne antenna testing for global SatCom applications

Case study
Infrastructure
Smart GPS tracking for personal and business assets

Case study
Infrastructure
Digital infrastructure for cities and municipalities

Case study
Agriculture
Early detection of crop threats through data-driven insights

Case study
Drones & Robotics
Autonomous platforms for repetitive and dangerous tasks

Case study
Drones & Robotics
High-end flight termination systems for safe drone operations

Case study
Space
Optimizing power supplies for commercial satellites

Case study
Agriculture
Drones & Robotics
Drone imagery analysis for crop and weed detection

Case study
Space
Non-destructive testing using terahertz lightwaves

Case study
N/A
Rapid installation of screw pile foundations

Case study
Space
Miniature chemical propulsion for microsatellites

Case study
Environment
Using earth observation to guide peatland restoration

Case study
Space
Advancing space-based materials and microdevice development

Case study
Maritime
Searchlights designed for safety and rescue at sea

Case study
Education
Science experiments made simple for the classroom

Case study
Security
Maritime
How Danish Company Tordenskjold Uses Satellite Technology to Enhance Maritime Security

Case study
Infrastructure
InnoPilot Leverages Space Technology to Keep Critical Infrastructure Safe and Connected

Case study
Healthcare
How Yuman frees up nurses using robots assistants integrated with GNSS

Case study
Environment
How Klimate uses space to verify forest carbon dioxide removal

Case study
All
What is a space connection?

Apr 28, 2025

Insight
Startups we have supported:
View portfolio
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About

Know the process

How to apply

The first (mandatory) step of your application is to book a short meeting with us to assess your eligibility for the programme. After you've talked to us, you will be ready to write your application, which will be submitted online through the apply page. Once submitted, your proposal will be reviewed for compliance with ESA requirements. If anything needs adjusting, you’ll receive feedback and have 48 hours to make corrections.

Pitch your startup

Once you have submitted your application you will be invited to pitch your startup to the Tender Evaluation Board (TEB), which makes the final decision on admission to the incubation programme. The TEB includes experts from ESA, EIFO, and participating Danish universities. This is an in-person meeting, so be sure to save the date. You can find more details on the Apply page.

Plan your incuubation prgram

Once your startup is accepted into the incubation programme, we’ll kick things off with an Incubation Planning Workshop alongside our team of business developers. During this session, we’ll map out your journey and tailor the programme activities to fit your startup’s specific needs.

Incubation activities

Your incubation period can last up to two years, depending on your startup’s needs. Throughout this time, you’ll receive ongoing business coaching from your dedicated business developer and have progress meetings with the ESA BIC manager. You’ll also have the opportunity to take part in a range of activities — including pitch week, demo days, Nordic Academy and other relevant events designed to support your growth. Most of the activities are optional so you can choose what fits your needs.

Reviews

There will be a mandatory mid-term review and a final review, where we’ll evaluate your progress and impact. These sessions are also a chance for you to share feedback with us. At the end of the incubation period, you’ll complete a short survey to report your results to the European Space Agency.

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Send a message

Let's talk

Name

Amanda Borup Pedersen

Job Title

ESA Bic Manager, DTU

ambpe@dtu.dk

+45 93 51 12 81

Thinking space might be relevant to your startup but not quite sure how? Let’s explore it together.

Book a call