THE RISE OF HIGH PERFORMANCE MINI CONSTELLATIONS
Space Inventor’s Baltic Sea surveillance model showing the cooperative architecture of 16 SIGINT and 16 EO satellites in eight planes, with two spacecraft per plane.
PAYLOAD-CENTRIC SATELLITE FLEETS DELIVERED IN RAPID, EVOLVING BATCHES
Mini-constellations are enabling a new class of space missions: targeted fleets of high-performance, payload-centric satellites delivered in small, repeatable batches. This approach accelerates time to orbit while allowing every new batch to incorporate evolving payload technologies and mission requirements.
At Space Inventor, delivering these targeted fleets – from a few satellites to a few dozen – without introducing unnecessary complexity is exactly what we do. Our BIG CAT platforms provide a flexible, flight-proven architecture, supported by our in-house Engines of Progress: modular power, control and communications technologies. Together, they offer a faster and more scalable path from bespoke mission requirements to fully deployed mini-constellations.
To the left, Karl Kaas, CEO & Founder of Space Inventor, and to the right, Marius Bierdel, constellr co-founder and VP Program ManagementWe needed a platform built around the payloads of our satellite fleet, not the other way around. Space Inventor's system-level approach means our thermal sensors perform exactly as designed once they're in orbit
THE SMALL-BATCH ADVANTAGE:
NEVER STUCK AT THE STARTING LINE
The "state of the art" in payload design is constantly advancing. By phasing in with Space Inventor’s in-house, adaptive modules and platforms, we partner with you to deploy fleets in smaller batches, keeping your mission always on the leading edge:
CONTINUOUS EVOLUTION
Each satellite batch benefits from the latest payload technology without waiting for a multi-year constellation build-out.
COST-EFFECTIVE SPEED
For commercial and defense missions, this represents a new level of rapid deployment, minimizing upfront risk while maximizing in-orbit performance.
VERSATILITY ACROSS MISSION APPLICATIONS
- Space Situational Awareness (SSA), Space Domain Awareness (SDA)
- Optical EO, including panchromatic, multispectral, hyperspectral, or thermal imaging
- Synthetic Aperture Radar (SAR)
- Weather sensing
- Greenhouse gas monitoring
- Connectivity, including Inter Satellites Link (ISL)
- IOT
- Quantum Key Distribution (QKD)
DEEP VERTICAL INTEGRATION:
THE POWER FLEXIBLE MODULARITY
This agile approach to satellite building is driven by our deep vertical integration that empowers Space Inventor to combine standardised flight-proven modules and platforms with bespoke customisation per mission.
UNCOMPROMISING QUALITY
With all-in-house production based in Denmark, we control the timeline and the quality, effectively bypassing third-party supply chain delays.
IN-HOUSE MODULES
Our Engines of Progress provide the foundational, flight-proven building blocks that make our Flexible Modularity possible
BUILT IN DENMARK TO SCALE
Our platform architectures are engineered to adapt to your payload, inspiring confidence to scale your mission from a single unit to a dedicated fleet:
BIG CAT PLATFORMS
Flight-proven and highly adaptable, these platforms adjust to your mission requirements with speed, flight-proven capability, and absolute reliability.
APEX PREDATORS
Turnkey, fleet-ready satellites designed specifically for defense applications that demand rapid deployment combined with high-performance surveillance.
Let’s discuss how our agile approach to high-performance mini constellations can add speed, cost effectiveness, and risk reduction to your next mission
Listening and responding to your specific needs is how we Make Space for Progress.
