Muon Space Unveils XL Satellite Platform, Announces Hubble Network as First Customer

Muon Space, an end-to-end Space Systems Provider that designs, builds, and operates LEO satellite constellations delivering mission-critical data, led by Jonny Dyer(CEO and Co-Founder), Paul Day(VP Production and Co-Founder), Dan McCleese(Chief Scientist and Co-Founder), Reuben Rohrschneider(Chief Mission Architect and Co-Founder), Pascal Stang(CTO and Co-Founder), and others, has unveiled its most advanced satellite yet — MuSat XL, a high-performance, 500 kg-class platform built for the most demanding next-gen LEO missions. The company also announced its first customer for the XL platform: Hubble Network, a Seattle-based space-tech innovator creating the world’s first satellite-powered Bluetooth network.

The MuSat XL Platform builds on Muon’s flight-proven Halo stack, offering significantly more power, agility, and integration flexibility—while maintaining the speed and cost efficiency needed for large constellations. Designed for EO and telecom missions, it supports multi-payload ops, high data throughput, intersatellite networking, and precision pointing—setting a new benchmark for performance and value.

Hubble is leveraging Muon’s powerful new 500 kg-class MuSat XL to scale its satellite-powered Bluetooth network. With a next-gen BLE payload and phased-array antenna, Hubble can detect signals at 30x lower power—unlocking global connectivity for ultra-efficient IoT devices. MuSat XL’s high power, large payload capacity, and advanced networking make it ideal for real-time, high-impact missions across logistics, defense, and consumer tech.

MuSat XL delivers 1kW+ orbit average power, high-bandwidth low-latency comms with optical crosslinks, and flexible onboard compute—all designed for demanding EO, RF, and edge AI missions. With precise pointing, massive payload capacity, and seamless integration via the Halo stack, it's a powerful, scalable platform for advanced satellite operations. Early customers like Hubble reflect a growing shift toward high-performance, commercially viable systems with speed, autonomy, and mission longevity.