Insider Brief:
- Muon Space has been awarded an option to their contract with Air Force Life Cycle Management Center’s Weather Systems Branch and the Defense Innovation Unit to collect ionospheric data on their MuSat-2 satellite mission.
- The performance period for this contract is two years extending through September 2024.
- The Department of Defense will evaluate the commercial data from Muon Space’s MuSat-2 satellite for operational use in weather forecasting, ionospheric modeling, impact applications and climate change assessments.
PRESS RELEASE — July 11, 2023 — Muon Space has been awarded an option to their contract with Air Force Life Cycle Management Center (AFLMC)’s Weather Systems Branch and the Defense Innovation Unit (DIU) to collect ionospheric data on their MuSat-2 satellite mission. The performance period for this contract is two years extending through September 2024. This is an optional expansion in scope to the original contract awarded to Muon Space in September 2022 to develop a space-based prototype for global weather sensing.
“Muon Space is honored by the Air Force, Space Force and DIU’s belief in our capabilities to bring new insights to DoD weather and ionospheric models with new data to include soil moisture, ocean winds, and total electron content. We’re excited to showcase the operational relevance of this commercial space dataset to the DoD,” said Muon Space CEO Jonny Dyer.
The Department of Defense (DoD) will evaluate the commercial data from Muon Space’s MuSat-2 satellite for operational use in weather forecasting, ionospheric modeling, impact applications and climate change assessments. Data collected during this pilot will be made accessible for use in government-run Observing System Simulation Experiments (OSSEs) and to evaluate improvements to the USAF’s current and emerging suite of numerical weather prediction and AI/ML modeling. The resultant data and interfaces from this effort will be compatible with the USAF’s Weather Virtual Private Cloud.
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SOURCE: Muon Space
Featured image: MuSat-1 Digital Render. Credit: Muon Space
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