Space BioDistrict · Lucerne, Switzerland
Where life sciencesmeet the orbital economy
An independent, capability-driven ecosystem coordinated by SSIP in Lucerne. It connects scientific expertise, deep-tech infrastructure, industry and international space access to transform complex ideas into credible pilot pathways.
- Coordination
- SSIP
- Operational base
- TECHNOPARK® Luzern
- Connected science
- HSLU · BIOTESC
- Model
- Independent · Non-governmental
01 / The Model
A district defined by capabilities,not boundaries
One entry point. A distributed ecosystem. Multiple routes to implementation. Space BioDistrict is not a government programme, public authority or exclusive representative of Switzerland. It is an independently coordinated ecosystem that brings the right organisations together around a specific industrial or scientific objective.
02 / From question to pilot
A disciplined pathwayto a credible first project
Challenge
A high-value problem with a defensible reason to leave Earth.
Consortium
The science, engineering, platform and commercial contributors.
Pilot
Requirements, governance, funding logic and decision gates.
Scale
Evidence to stop, iterate, expand or commercialise.
03 / Reason to leave Earth
Only what is difficultto answer on Earth
In orbital free fall, sedimentation and buoyancy-driven convection are strongly suppressed. Under these conditions, cell behaviour, fluid dynamics, crystallisation and material formation can differ from equivalent processes on Earth. Whether that difference is scientifically or industrially meaningful must be demonstrated experimentally, case by case.
03 / Capability fields
Built around industry questions,not technology theatre
- 01
Microgravity-enabled drug discovery
Pharma - 02
Biomanufacturing and bioreactors
Biotech - 03
Regenerative medicine and tissue models
Life Science
04 / District infrastructure · In development
Build the hardware.Qualify it in the ecosystem.
A shared LPBF production site and an environmental test site are being developed for the district. Today, comparable production and qualification capabilities are accessed through partner organisations in the Swiss and European ecosystem.
LPBF metal printing
In developmentA planned shared facility for titanium, Inconel, aluminium and stainless printing with DfAM support, post-processing, finishing, inspection and qualification packages. Equivalent capability is currently accessed through partner organisations.
Explore the production siteVacuum, vibration, electronics
In developmentA planned environmental qualification site covering thermal vacuum, vibration and shock, EMC and electronics validation, thermal cycling and functional benches. Campaigns today are arranged with established test providers.
Explore the test site05 / Why now
A transition periodfor orbital research
ISS operations are transitional
The International Space Station is expected to be retired around 2030, and the research community is preparing for what follows.
Commercial platforms are emerging
Several commercial station and free-flyer programmes are in development, with capability, schedule and access conditions still evolving.
Early preparation matters
Organisations that build scientific and engineering readiness now are better positioned when those platforms become operational.
Start with the problem
Bring us the questionthat is difficult to answer on Earth
Tell us what you are trying to discover, develop, manufacture or scale. We will assess whether the ecosystem can help define a credible next step.
Start a conversation
04 / Consortium
The right organisations,around one objective
Structure before ambition. Work packages, governance and decision gates agreed before any pilot is committed.
05 / Access
From a Swiss questionto an orbital payload
Flight opportunities are arranged through established international platform providers, under their own qualification processes.