OroraTech Launched New Thermal Imaging Satellite
The FOREST-20 satellite has expanded the company's orbital thermal constellation to 20 units total.
Updated on Oct. 2, 2026 in Space
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OroraTech successfully launched its FOREST-20 satellite from Vandenberg Space Force Base in California. This deployment brings the company's total active thermal constellation to 20 satellites.
Why it matters
Expanding the satellite constellation allows for increased observation frequency and reduced latency in detecting wildfires. This data feeds into the company's Wildfire Solution platform for thermal monitoring.
The company successfully deployed 18 thermal satellites over an 18-month period ending in October 2026. The FOREST-20 satellite is designed to provide additional morning thermal coverage for the Wildfire Solution platform.
The players
OroraTech
A Munich-based company that operates a thermal intelligence platform and maintains a private network of thermal satellites.
The details
The FOREST-20 satellite will undergo a commissioning phase before it integrates into the existing distributed network of sensors. This expansion aims to enhance global thermal intelligence capabilities by decreasing the time between observations.
Timeline
OroraTech established its dedicated satellite network in 2022.
Eighteen satellites were launched during the 18-month window from April 2025 to October 2026.
The FOREST-20 satellite launched on October 2, 2026.
The Big Picture
This rapid expansion of the OroraTech constellation mirrors the commercialization trend seen in the broader Earth observation sector, which has historically been dominated by government programs like the European Space Agency's Copernicus satellite program.
The increased frequency of thermal imaging provides faster wildfire detection capabilities that could protect infrastructure and natural resources globally. Improved early warning systems help emergency management teams monitor thermal changes before fires spread significantly.
The takeaway
Commercial satellite operators are rapidly increasing the density of orbital sensor networks to provide near-constant thermal monitoring. This shift towards higher-frequency data collection represents a critical evolution in how environmental hazards are detected and managed.
Further reading
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