SPACE SERVICES
Spacecraft Platforms
CubeCore and MicroCore deliver a unified, modular platform approach that accelerates time-to-orbit while supporting growth from early demos to full-scale constellations.
WHY PLAN-S?
Flight-Proven Platforms Integred Execution A Faster Path to Orbit
With off-the-shelf, flight-proven satellite platforms and fully integrated in-house capabilities, Plan-S enables eligible missions to move faster while keeping execution streamlined under a single structure.
By managing satellite design, payload integration, testing, manufacturing, launch coordination and operations within a single structure, Plan-S provides a faster, lower-risk, and highly competitive path to orbit.
By managing satellite design, payload integration, testing, manufacturing, launch coordination and operations within a single structure, Plan-S provides a faster, lower-risk, and highly competitive path to orbit.
Duration : 2-3 Months
For eligible missions, flatsat and/or engineering model payload integration can be initiated in 2–3 months, accelerating the path from technical readiness to orbit.
Duration : 6-8 Months
Through a tightly coordinated delivery model, flight model assembly can be completed in 6-8 months, positioning the spacecraft for environmental qualification testing.
Duration : 10-12 Months
For suitable program profiles, Plan-S can deliver the full mission flow through Flight Readiness Review in as little as 10-12 months & make the platform ready for launch.
BUILT FOR DIFFERENT MISSION SCALES
From Compact Missions to Advanced Next Generation Architectures
CubeCore
Between 3U and 16U
Designed for IoT communications, technology demonstration, scientific and exploration missions, the CubeCore family combines rapid development cycles with a proven and reliable architecture.
Up to 26 kg Payload Capacity
Up to 70W Available Power
Up to 70W Available Power
MicroCore & MiniCore
Up to 300 kg
MicroCore supports advanced missions such as earth observation, RF signal intelligence, connectivity and defense applications. MiniCore is being developed for higher performance missions, including SAR, ultra high resolution imaging and high capacity communications.
Up to 150 kg Payload Capacity
Up to 3 kW Available Power
Up to 3 kW Available Power
PAYLOAD HOSTING FOR FASTER ACCESS TO SPACE
Validate, Demonstrate or Operationalize Advanced Payloads Without Developing Dedicated Satellite From Scratch
Through periodic payload hosting missions, Plan-S enables customers to reduce barriers to in-orbit validation and accelerate mission learning through a more flexible access model.
Flight-Proven Design Heritage, Adapted to Mission Lifetime, Redundancy and Performance Needs
Component Strategies : New Space III, Rad-Tol and Rad-Hard approaches.
Qualification Pathways : Thermal, vibration, EMI/EMC, proton and TID testing.
Mission Fit : Solutions aligned with cost, availability, resilience and operational performance requirements.
Life Time : 3-15 Years
SOFTWARE INTELLIGENCE
FOR SCALABLE SPACE OPERATIONS
Mission Proven Onboard and Ground Software Through Real Operational Experience
Plan-S complements its satellite platforms with onboard and ground software proven across multiple missions and constellation-scale deployments. The stack spans mission control, constellation management, onboard service frameworks, and payload data handling, and is built for resilient and scalable operations. Satellite subsystems work on a unified communication and networking abstraction, giving applications a consistent interface across the spacecraft.
Control and payload data planes are kept separate, with telemetry and telecommand on a secure control plane and payload data on IP-native paths that integrate directly with terrestrial and cloud infrastructure. A flight-proven proprietary networking stack, compatible with CSP-based ecosystems, handles constellation-scale routing and secure distributed communications. Plan-S also follows CCSDS recommendations for space data links, RF layers, and XTCE-based TM/TC definitions, with AES-GCM authenticated encryption for secure operations and clean integration with third-party mission control systems.
GET IN TOUCH
Advanced Engineering Transformed Into Repeatable Scalable Space Manufacturing
With dedicated capabilities in PCB assembly, precision machining, subsystem integration, testing, and serial production, Plan-S delivers not just satellites, but fully operational space systems.
Discover the platforms, payload hosting opportunities, subsystem expertise, software intelligence, and in-house manufacturing capabilities that help transform mission ambition into orbital execution.
Discover the platforms, payload hosting opportunities, subsystem expertise, software intelligence, and in-house manufacturing capabilities that help transform mission ambition into orbital execution.
Get in Touch
