Manufacture for Earth
Develop improved drugs
Produce unique materials
Grow better crops
Validate flight hardware
Manufacture for Earth
Develop improved drugs
Produce unique materials
Grow better crops
Validate flight hardware

in-Space. Without limits.

Innovate freely on regular missions that return.

We enable industries to manufacture in space at scale to improve life on Earth.

Historical space platforms were built for exploration, not production.
 
Human-rated systems are expensive and operationally constrained.
 
By designing around automation we're introducing a new class of
in-space manufacturing infrastructure that's built for scale.
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Historical space platforms were built for exploration, not production.
 
Human-rated systems are expensive and operationally constrained.
 
By designing around automation we're introducing a new class of
in-space manufacturing infrastructure that's built for scale.
HHiissttoorriiccaall ssppaaccee ppllaattffoorrmmss wweerree bbuuiilltt ffoorr eexxpplloorraattiioonn,, nnoott pprroodduuccttiioonn..
 
HHuummaann--rraatteedd ssyysstteemmss aarree eexxppeennssiivvee aanndd ooppeerraattiioonnaallllyy ccoonnssttrraaiinneedd..
 
BByy ddeessiiggnniinngg aarroouunndd aauuttoommaattiioonn wwee''rree iinnttrroodduucciinngg aa nneeww ccllaassss ooff
iinn--ssppaaccee mmaannuuffaaccttuurriinngg iinnffrraassttrruuccttuurree tthhaatt''ss bbuuiilltt ffoorr ssccaallee..

Microgravity Products. 50 years in the making.

Microgravity Products.

50 years in the making.

Science-driven experimentation validates the benefits of microgravity, but no industrial-scale production takes off.
1973

Skylab

Experiments onboard Skylab prove that we can manufacture superior materials in space that are impossible to make on Earth. Samples include uniform alloys and semiconductor crystals.

Skylab
Some space-based production emerges, but return remains too costly, infrequent, and limited for commercial manufacturing.
1983

Shuttle

NASA's Space Shuttle resulted in the first product made in space: uniform plastic microspheres. These perfectly round beads were used to calibrate medical equipment back on Earth.

Shuttle
Access to microgravity is defined by ISS re-supply and cargo return schedule. Early-stage manufacturing demos are station dependent with no scalability for commercial applications.
2017

ZBLAN

Demonstration of the first production of ZBLAN optical fibre on the ISS. This space-drawn fibre has the potential to transmit data and light up to 100 times better than the standard silica glass produced on Earth.

ZBLAN
2019

Mission WISE

First 100% privately funded end-to-end commercial mission. 320 grapevine samples were sent to the ISS and returned to be multiplied on Earth. The project successfully transitioned space research into a commercial product for resilient agriculture.

Mission WISE
Space Cargo Unlimited enables repeatable, station-independent microgravity and return, with BentoBox available on commercial re-entry free-flyers.
2027

BentoBox™ on ATMOS PHOENIX

Flexible, high-cadence missions begin on automated free-flyer platforms. Space Cargo Unlimited partners with ATMOS to enable in-space manufacturing and research with cost-effective, sustainable re-entry and rapid payload return.

BentoBox™ on ATMOS PHOENIX
2028

BentoBox™ on Space Rider

Demonstration mission for sovereign European spaceplane operations, enabling controlled re-entry, extended mission durations, and increased flexibility for in-orbit experimentation and manufacturing missions.

BentoBox™ on Space Rider
2029

Introduction of REV1™

Deployment of Space Cargo Unlimited’s flagship vehicle, purpose-built to support BentoBox operations with a best-in-class microgravity environment, integrated services, and the foundation for regular flight cadence and multi-tonne downmass.

Introduction of REV1™
BentoBox expands end-to-end in-space manufacturing services across our growing fleet of owned and partner vehicles.
2030

BentoBox™ on REV1™

Industrial-scale operations begin with regular flights and multi-tonne downmass on our flagship vehicle. End-to-end in-space manufacturing becomes fully integrated, from payload deployment to return, enabling repeatable and scalable production in orbit.

BentoBox™ on REV1™
2031

BentoBox™ on VORTEX

Manufacturing services expand across a growing fleet with the integration of VORTEX. Advanced spaceplane capabilities enable increased mission flexibility, higher cadence, and expanded access to return-based in-space manufacturing.

BentoBox™ on VORTEX
Science-driven experimentation validates the benefits of microgravity, but no industrial-scale production takes off.
1973

Skylab

Science-driven experimentation validates the benefits of microgravity, but no industrial-scale production takes off.

Skylab
Some space-based production emerges, but return remains too costly, infrequent, and limited for commercial manufacturing.
1983

Shuttle

NASA's Space Shuttle resulted in the first product made in space: uniform plastic microspheres. These perfectly round beads were used to calibrate medical equipment back on Earth.

Shuttle
Access to microgravity is defined by ISS re-supply and cargo return schedule. Early-stage manufacturing demos are station dependent with no scalability for commercial use-cases.
2017

ZBLAN

Demonstration of the first production of ZBLAN optical fibre on the ISS. This space-drawn fibre has the potential to transmit data and light up to 100 times better than the standard silica glass produced on Earth.

ZBLAN
2019

Mission WISE

First 100% privately funded end-to-end commercial mission. 320 grapevine samples were sent to the ISS and returned to be multiplied on Earth. The project successfully transitioned space research into a commercial product for resilient agriculture.

Mission WISE
Space Cargo Unlimited enables repeatable, station-independent microgravity and return, with BentoBox available on commercial re-entry free-flyers.
2027

BentoBox™ on ATMOS PHOENIX

Flexible, high-cadence missions begin on automated free-flyer platforms. Space Cargo Unlimited partners with ATMOS to enable in-space manufacturing and research with cost-effective, sustainable re-entry and rapid payload return.

BentoBox™ on ATMOS PHOENIX
2028

BentoBox™ on Space Rider

Demonstration mission for sovereign European spaceplane operations, enabling controlled re-entry, extended mission durations, and increased flexibility for in-orbit experimentation and manufacturing missions.

BentoBox™ on Space Rider
2029

Introduction of REV1™

Deployment of Space Cargo Unlimited’s flagship vehicle, purpose-built to support BentoBox operations with a best-in-class microgravity environment, integrated services, and the foundation for regular flight cadence and multi-tonne downmass.

Introduction of REV1™
BentoBox expands end-to-end in-space manufacturing services across our growing fleet of owned and partner vehicles.
2030

BentoBox™ on REV1

Industrial-scale operations begin with regular flights and multi-tonne downmass on our flagship vehicle. End-to-end in-space manufacturing becomes fully integrated, from payload deployment to return, enabling repeatable and scalable production in orbit.

BentoBox™ on REV1
2031

BentoBox™ on VORTEX

Manufacturing services expand across a growing fleet with the integration of VORTEX. Advanced spaceplane capabilities enable increased mission flexibility, higher cadence, and expanded access to return-based in-space manufacturing.

BentoBox™ on VORTEX

meet

Bentobox

In-space Manufacturing

In-space Manufacturing

starts on BentoBox™

starts on BentoBox™

BentoBox™ finally makes it easy to manufacture in space.

Our standardized space-factory provides an autonomous, modular and fully-monitored environment with built-in power and thermal management for payloads.

With universal interfaces and integration across our growing fleet of vehicles, BentoBox enables greater flexibility and access for in-space manufacturing and microgravity research.

BentoBox™ finally makes it easy to manufacture in space.

Our standardized space-factory provides an autonomous, modular and fully-monitored environment with built-in power and thermal management for payloads.

With universal interfaces and integration across our growing fleet of vehicles, BentoBox enables greater flexibility and access for in-space manufacturing and microgravity research.

Return-enabled platform

Controlled atmospheric re-entry enables sample return. We offer recovery-site conditioning and rapid handover to support immediate post-flight analysis.

Return-enabled platform

Controlled atmospheric re-entry enables sample return. We offer recovery-site conditioning and rapid handover to support immediate post-flight analysis.

Pressurized environment

A controlled, monitored atmosphere replicates defined ambient conditions to support payload requirements throughout the mission.

Pressurized environment

A controlled, monitored atmosphere replicates defined ambient conditions to support payload requirements throughout the mission.

Late access capability

We work directly with launch providers to enable late payload integration and access, giving BentoBox users greater flexibility for time-sensitive experiments.

Late access capability

We work directly with launch providers to enable late payload integration and access, giving BentoBox users greater flexibility for time-sensitive experiments.

Built-in payload cooling

Integrated thermal management maintains stable operating conditions for temperaturesensitive experiments and hardware.

Built-in payload cooling

Integrated thermal management maintains stable operating conditions for temperaturesensitive experiments and hardware.

Multi-user payload platform

BentoBox combines configurable thermals, robust power handling and standard interfaces to support multiple payloads on every mission.

Multi-user payload platform

BentoBox combines configurable thermals, robust power handling and standard interfaces to support multiple payloads on every mission.

Near Real-time telecommand

Live communication capabilities allow operators to monitor and control payloads directly during flight.

Near Real-time telecommand

Live communication capabilities allow operators to monitor and control payloads directly during flight.

Technical

specifications

Total Payload Mass

100 kg

Total Payload Volume

240 L (Pressurized N+O₂ 80/20)

Temperature Control

Ambient (15–38 °C)

Cooling Loop and Cold Plate

max. 0.27 W/cm²

Total Power

100 W max (75 W @ 5 VDC / 28 VDC, 100 W @ 12 VDC)

Data Bus

Standard USB and/or Ethernet

Connectivity

10% per Orbit @ 2 GB/day

Microgravity Level

10⁻⁴ (10⁻⁶ for limited time)

Regular Launch

& return

Multiple vehicles

One fleet

We are building a multi-platform ecosystem for in-space manufacturing and research in Low Earth Orbit.

We operate end-to-end missions with partner vehicles and our future REV1 system, handling everything from initial payload definition to in-flight operations and recovery.

Missions slots open

Missions slots open

Available for pre-booking

Available for pre-booking

meet

REV1

REV1 brings 1-tonne scale and reusability

from LEO to landing

from LEO to landing

REV1 is our flagship all-in-one orbital services and return vehicle, purpose-built from the inside out to meet the demands of intensive microgravity cargo.

Engineered to empower BentoBox™, REV1 delivers the mass, volume, and power required to take microgravity from research to production.

Our fully reusable re-entry system allows for frequent flights with rapid turnaround, translating into accelerated development cycles and sustainable operations in Low-Earth Orbit.

With industrial performance and operational agility, REV1 is the foundation for scalable research, manufacturing, and commercialization in space.

1-tonne payload capacity

REV1 is engineered to transport up to one tonne of cargo, unlocking scalable orbital logistics and production.

1-tonne payload capacity

REV1 is engineered to transport up to one tonne of cargo, unlocking scalable orbital logistics and production.

Heavy-cargo return

Designed for high-mass return missions, REV1 enables safe and reliable transportation of valuable cargo back to Earth.

Heavy-cargo return

Designed for high-mass return missions, REV1 enables safe and reliable transportation of valuable cargo back to Earth.

Kilowatt-class power

A kilowatt-class power system supports energy-intensive payloads and nextgeneration in-space manufacturing operations.

Kilowatt-class power

A kilowatt-class power system supports energy-intensive payloads and nextgeneration in-space manufacturing operations.

Commercial Ready

Flexible mission configurations allow REV1 to support tailored applications across pharmaceutical, biotech, semiconductor and defense sectors.

Commercial Ready

Flexible mission configurations allow REV1 to support tailored applications across pharmaceutical, biotech, semiconductor and defense sectors.

Industry specific services

Late-load biological access, high-energy materials processing, and ultra-clean vacuum manufacturing environments in orbit.

Industry specific services

Late-load biological access, high-energy materials processing, and ultra-clean vacuum manufacturing environments in orbit.

Fully reusable system

Docking with a service module in-orbit, REV1's reusable architecture enables rapid refurbishment, lower mission costs, and higher flight cadence.

Fully reusable system

Docking with a service module in-orbit, REV1's reusable architecture enables rapid refurbishment, lower mission costs, and higher flight cadence.

news and

Updates

Our journey 

To orbit and back

Jul 9, 2026

Update

ElevationSpace Partners with Space Cargo Unlimited to Unlock the “Commercial Microgravity Era”

Jul 9, 2026

Update

ElevationSpace Partners with Space Cargo Unlimited to Unlock the “Commercial Microgravity Era”

Nov 20, 2025

Update

Dassault Aviation and Space Cargo Unlimited establish Partnership to integrate BentoBox into VORTEX reusable spaceplane to enable autonomous in-orbit operations

Nov 20, 2025

Update

Dassault Aviation and Space Cargo Unlimited establish Partnership to integrate BentoBox into VORTEX reusable spaceplane to enable autonomous in-orbit operations

Nov 19, 2025

Update

Former ESA Director General Jan Wörner Joins Space Cargo Unlimited as Chief Strategy Officer, Leading German Expansion with Establishment of New HQ in Darmstadt

Nov 19, 2025

Update

Former ESA Director General Jan Wörner Joins Space Cargo Unlimited as Chief Strategy Officer, Leading German Expansion with Establishment of New HQ in Darmstadt

Founded in 2015 to transform life on Earth by harnessing the full potential of space

We are building the infrastructure to empower the microgravity revolution for Earth from space
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We are building the infrastructure to empower the microgravity revolution for Earth from space
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our

mission

Making microgravity

a tool for humanity

Microgravity holds the key to unlocking transformative step-changes in technology.

Since life has existed on Earth, gravity is the only parameter that has remained constant.

Every major industrial innovation achieved has happened under this same consistent force. In orbit, weightlessness allows for new physical processes unconstrained by gravity.

This means defects that would usually arise in manufacturing processes can be avoided and highly efficient new products can be made.

our

vision

Empowering Earth

to harness space

Despite decades of promising research in materials and life sciences, full-scalability of microgravity-solutions have remained limited due to a bottleneck in capacity and access to space.

Space Cargo Unlimited was founded to change this. After leading the first fully private end-to-end mission on the ISS in 2019, we decided to build our own autonomous infrastructure.

Rather than building closed manufacturing systems, BentoBox™ and REV1™ are designed as enabling platforms that give customers access to the infrastructure, services, and operational support needed to develop, test, and scale products in microgravity.

€40

M

total funding raised

€40

M

total funding raised

50+

years

combined expertise in microgravity payloads and spaceflight operations

50+

years

combined expertise in microgravity payloads and spaceflight operations

No. 1

fastest-growing space tech startup in Europe

No. 1

fastest-growing space tech startup in Europe

50

people

across 5 countries and growing

50

people

across 5 countries and growing

12

orbital missions

planned in the next 5 years

12

orbital missions

planned in the next 5 years

3+

tonnes

cargo returning from orbit

3+

tonnes

cargo returning from orbit

friends

& partners

Trusted by

Industry Leaders

Backed by leading investors, institutions, and aerospace companies, we are building infrastructure to empower industry to scale in space.

Investors

Institutional Partners

Industrial & Technical Partners

Book

your mission

Mission slots are now open

Tell us your payload requirements and timeline.

We will map your best mission profile.

Book

your mission

Mission slots are now open

Tell us your payload requirements and timeline.

We will map your best mission profile.

Contact us

Space Cargo Unlimited


20 rue du Commerce
3895 Foetz
Luxembourg 

connect

all rights reserved © COPYRIGHT 2026

website and branding by symbol studio

Contact us

Space Cargo Unlimited


20 rue du Commerce
3895 Foetz
Luxembourg 

connect

all rights reserved © COPYRIGHT 2026

website and branding by symbol studio