Orion Secured Over $60 Million for Satellite Sensors
The company will supply Earth-observation payloads to support Tomorrow.io’s expanding DeepSky constellation.
Updated on Sept. 28, 2026 in Space
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Orion Space Solutions has secured more than $60 million in awards to provide Spectre multispectral imaging payloads and T3 sensors for the DeepSky satellite constellation. This announced hardware supply agreement carries a total potential contract value exceeding $100 million as batch deliveries proceed.
Why it matters
The development accelerates the deployment of high-resolution climate and weather monitoring infrastructure in Earth orbit. It signals a move toward scaling specialized sensor suites for private constellation operators.
The Spectre payload features an upgraded configuration over previous eight-channel designs, while the T3 sensor suite leverages Global Navigation Satellite System Radio Occultation and Reflectometry. The current deal follows a prior $24 million contract for over two dozen payloads.
The players
Orion Space Solutions
A subsidiary of Arcfield that manufactures specialized orbital payloads and sensor suites for government and commercial satellites.
Tomorrow.io
A weather intelligence firm operating the DeepSky constellation to provide global climate and environmental monitoring.
The details
The Spectre payload supports thermal detection, cloud analysis, and climate observation capabilities from orbit. The T3 sensor suite uses GNSS Radio Occultation and Reflectometry—a method that analyzes how satellite radio signals bend as they pass through different atmospheric layers—to gather data on weather and climate conditions. These systems are intended to provide high-fidelity environmental modeling for the Tomorrow.io DeepSky constellation.
Timeline
Tuesday, September 22, 2026: Orion provided details on the sensor configuration.
The Tech Race
The expansion of Orion's contract follows the broader trend of the commercialization of Low Earth Orbit (LEO) climate monitoring as private constellations replace aging legacy platforms. This development places Tomorrow.io in direct competition with traditional national meteorological satellite systems.
The deployment of these sensors aims to improve the accuracy and resolution of global weather forecasting and climate modeling data. Future enhancements to these models will likely be integrated into commercial weather services once the full constellation batch is delivered and operational.
The takeaway
The scaling of the DeepSky constellation demonstrates the growing reliance on private-sector hardware to fill gaps in global atmospheric surveillance. Observers should track the total volume of sensor batches delivered against the $100 million total potential contract value to verify the program trajectory.
Further reading
For more context on current orbital infrastructure and satellite technology, explore our coverage of Space.
Source note: This article includes information reported by ExecutiveBiz.
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