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Maxar Technologies described Jupiter-3 as about the size of a standard school bus when antennas and solar panels are stowed and having a wingspan comparable to a Boeing 737 when fully deployed.
NASA decided in 2020 to launch HALO and the Maxar-developed Power and Propulsion Element (PPE) together rather than launching them separately and docking them in lunar orbit.
Maxar designed, engineered, and will build the Maxar 300 buses in-house in California.
The inaugural Maxar 300 series bus is designed to support eight or more space vehicles per launch while delivering low jitter and high power required for missile defense missions.
Maxar will build 16 Maxar 300 platforms for the Tranche 1 Tracking Layer program.
The Maxar 300 buses are modular platforms that leverage Maxar’s decades of experience building more than 90 spacecraft for low Earth orbit.
Maxar is on schedule to begin production of Maxar 300 platforms later 2023 with initial deliveries expected in early 2024.
Maxar Technologies completed the first Critical Design Review of the Maxar 300 series bus for L3Harris Technologies in support of the Space Development Agency’s Tranche 1 Tracking Layer program.
Each Maxar 300 platform for the Tranche 1 Tracking Layer program is about the width of a conventional oven.
Maxar will produce 16 Maxar 300 series buses for L3Harris Technologies.
The Maxar 300 platform dimensions are intended to help the Space Development Agency reduce size, weight, power, and cost compared to traditional missile detection satellites.
Maxar planned to begin production of the Maxar 300 platforms later in 2023 with initial deliveries scheduled for early 2024.
Maxar will begin production of the Maxar 300 platforms later 2023 with initial deliveries scheduled in early 2024.
The Maxar 300 bus was designed to be able to launch eight satellites on a large rocket.
Maxar Technologies’ new satellite bus designed for low Earth orbit constellations passed a critical design review on 2023-07-24.
The Maxar 300 series bus delivers low jitter and high power required for missile defense missions.
Maxar will build 16 Maxar 300 platforms for the Tranche 1 Tracking Layer program, each platform being about the width of a conventional oven.
Maxar is offering the Maxar 300 bus in the commercial LEO market for communications and remote-sensing constellations.
Maxar completed the Critical Design Review ten months after award and will begin production of the Maxar 300 platforms later 2023 with initial deliveries in early 2024.
The Maxar 300 series bus CDR was completed for L3Harris Technologies in support of the Space Development Agency’s Tranche 1 Tracking Layer (T1TRK) program.