Meridian and NanoAvionics Activated Orbiting Payload
The space startup has successfully tested its proprietary communications hardware in low Earth orbit.
Updated on Oct. 5, 2026 in Space
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Meridian Space and Kongsberg NanoAvionics have confirmed the activation of the First Customer Link communications payload. The system is now operational in low Earth orbit following its October launch.
Why it matters
This successful orbital test validates a five-year engineering cycle, signaling that Meridian is ready to pivot toward its 2027 delivery targets for commercial and defense satellite architectures.
The payload operates on a Kongsberg NanoAvionics MP42 microsatellite bus and utilizes a proprietary reflectarray antenna—a flat-panel surface that uses tiny, individually adjusted elements to steer radio beams. Telemetry has confirmed the power-on status of both the primary subsystems and the payload.
The players
Meridian Space
An emerging satellite architecture firm focused on defense and commercial applications.
Kongsberg NanoAvionics
A satellite manufacturer specializing in standardized microsatellite buses and rapid orbital deployment.
SpaceX
The aerospace company providing launch services via its Transporter-18 mission.
The details
The mission centers on an MP42 microsatellite bus—a standardized modular satellite frame—integrated with a reflectarray antenna. This antenna design allows for precise beamforming without the physical movement required by traditional dish-based systems. The build, integration, and launch deployment were completed in 12 months, marking a significant acceleration in the assembly timeline for this class of spacecraft.
Timeline
October 1, 2026: Spacecraft launched from Vandenberg Space Force Base.
October 5, 2026: Initial activation of the communications payload in orbit.
2027: Meridian expects to begin delivering satellite architectures.
The Tech Race
The transition to a serial production facility signifies a strategic move to compete with high-volume satellite constellations currently dominating low Earth orbit. Meridian and Kongsberg NanoAvionics aim to prove that modular, 12-month delivery cycles can meet the demand for large-scale orbital networks.
The technology currently remains in the testing phase, with commercial and defense architectures expected to arrive in 2027. Future scalability depends on Kongsberg NanoAvionics' ability to hit its goal of producing hundreds of satellite buses annually.
The takeaway
The successful activation of this payload confirms the viability of the MP42 bus architecture for high-frequency mission cycles. Industry observers should watch for the 2027 production ramp-up to see if the firm maintains its 12-month delivery cadence at scale.
Further reading
For more on emerging orbital technologies and hardware benchmarks, visit our Space coverage.
Source note: This article includes information reported by Satnews.
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