CNES Awards Multi-Mission Agreement with Loft Orbital
Missions Will Support France’s Sovereign Space Capabilities
CNES has signed a significant contract with Loft Orbital under the IOD-IOV (In Orbit Demonstration / In Orbit Validation) framework, a major step forward for France’s sovereign space ambitions. Three consecutive missions are scheduled to launch in 2026, 2027, and 2028, underscoring Loft’s long-term commitment to supporting national space infrastructure and rapid access to orbit.
“These missions reflect our ability to deliver space infrastructure rapidly and reliably, while leveraging French industrial talent and innovation.”
Pierre‑Damien Vaujour, Loft Orbital
This agreement marks a continued deepening of Loft’s role as a trusted partner to the French government, supporting the rapid validation of new space technologies that will shape future sovereign space capabilities.
The program is part of the France 2030 government program and is focused on accelerating the path from ideation to operational missions. It marks a strong vote of confidence in Loft’s “space infrastructure-as-a-service” model, which offers customers a turnkey access to space, from satellite integration to launch and operations.
“These missions reflect our ability to deliver space infrastructure rapidly and reliably, while leveraging French industrial talent and innovation,” said Pierre‑Damien Vaujour, CEO of Loft Orbital.
Loft has demonstrated mission success with previous projects with CNES. With the expertise and technology to respect the complexity of unique missions, our operating model abstracts the traditional friction from getting hardware to space. Customers can focus on their mission objectives. Loft handles the satellite integration, launch, and operations. This approach gives government and industry teams a faster, more predictable way to mature critical technologies in real flight conditions, without the cost and schedule risk of building a full satellite program from scratch.
Loft’s business model enables exceptional deployment speed. For this CNES-backed contract, the first mission is slated to launch less than 12 months after contract signature, a pace rarely seen in traditional satellite programs. The payloads for these missions are developed in collaboration with leading French space industry actors, including Safran Reosc, Airbus Defence and Space, and ONERA, the Aerospace Lab. This collaboration demonstrates that Loft can support both emerging and established players, making it a central platform for Europe’s evolving space ecosystem.
Each of the three IOD-IOV missions will support cutting-edge French technologies selected by CNES for their strategic relevance to future space systems.
Safran Reosc will fly a new generation of compact optical instruments, SEEING, designed for high-resolution Earth observation missions. This demonstration will validate a lighter, more efficient camera architecture aimed at the next wave of commercial and institutional constellations.
Airbus Defense and Space will test two essential building blocks for tomorrow’s satellites:
A high-throughput communications experiment, developed in partnership with ONERA, enabling better understanding of how next-generation Ka and Q-band frequencies behave in real conditions, and
An advanced thermal control subsystem, intended to support the design of more compact and more powerful satellites capable of hosting large deployable structures.
By hosting these diverse experiments on successive missions, Loft provides France with a fast, reliable, agile and repeatable path to bring new technologies to orbit, shortening development cycles and accelerating readiness for operational programs.
These missions highlight how Loft supports sovereign space programs with a model built for reliability, flexibility, and long-term domestic partnerships. Rather than one-off demonstrations, this is a multi-year collaboration designed to steadily bring new French technologies to orbit and into operational use.
For Loft, this agreement reinforces our growing footprint in France and our role as a trusted infrastructure partner for government, research organizations, and industry alike.
The service model approach here is fascinating becasue it flips the traditional ownership equation. Rather than building entire satellite programs, focusing on payload integration and ops speed seems like it could unlock way more iterative testing cycles. The fact that they're hitting 12-month launch timelines from contract to orbit while still supporting complex government requirements is pretty wild, I wonder how much of that velocity comes from pre-built platform standardization versus just lighter procurement overhead.