ABOUT FIRESAT

FireSat

An advanced satellite constellation designed specifically for wildfire detection, monitoring, and response. FireSat will generate an unprecedented dataset on wildfire and its effects on the planet and our communities.

Find FireSat

Orbit Visualization
Dark Earth with colorful orbital communication paths in space

Built with and for the global
wildfire community.

For decades, firefighters and scientists have relied on satellites designed for other purposes — meaning critical data that arrives too late and a scientific record that hasn’t kept pace with the scale of the challenge. Earth Fire Alliance was formed to close that gap, and together with our technical partner Muon Space, we developed FireSat differently.

Satellite with solar panels orbiting above Earth
Satellite with solar panels orbiting Earth above clouds

Through interviews with 200+ firefighters, incident commanders, and scientists worldwide, we built what the community asked for: frequent, high-resolution data delivered in time to act. The result is a constellation unmatched by any existing or planned satellite system, and a dataset poised to transform how humanity understands, prepares for, and responds to wildfire.

FireSat by the Numbers

Six Bands. One Complete Picture.

FireSat’s 6 multispectral imaging bands work together to reveal fire characteristics at high spatial resolution — simultaneously measuring vegetation condition, surface temperature, and fire dynamics in ways no other space-based system can match.

Oregon Preview RED
Oregon Preview NIR
Oregon Preview SWIR
Oregon Preview MWIR1
Oregon Preview MWIR1A
Oregon Preview LWIR

Two MWIR Bands = Zero Blind Spots

A traditional single midwave infrared (MWIR) band can oversaturate when capturing extremely hot fires — like an overexposed photograph. FireSat has a unique second MWIR band that is tuned down to capture precise temperature measurements at the highest intensities.

Oregon Preview MWIR1
Oregon Preview MWIR1A

Data Products

Data Products

FireSat Roadmap FireSat Roadmap

PROJECTED ANNUAL IMPACT

United States at a 1-hour FireSat revisit rate

*Projections based on published research. U.S. figures are illustrative of global potential.

$

1B

+
In fire damage costs avoided

3,500

Homes and properties protected
1.3M
Acres of burned land reduced
21.9M
Tons of carbon emissions prevented

*Projections based on published research. U.S. figures are illustrative of global potential.

Global Wildfire Data for the Public Good

Our vision is to make transformative wildfire data accessible to every fire agency, scientist, and community that needs it—because better data protects lives, communities, and ecosystems.

Fire agencies

Seamlessly integrate FireSat data into existing operational workflows, from early detection to safe response and efficient resource allocation.

Scientists & researchers

Access a first-of-its-kind global wildfire dataset for modeling, analysis, and discovery. FireSat presents new opportunities to understand fire behavior, ecosystem impacts, and climate change.

NGOs

Partner with us to help FireSat data reach under-resourced fire agencies and communities worldwide.

FireSat
Resources

Everything you need to understand, evaluate, and prepare to integrate FireSat data — from training materials, webinars, and data guides to sample imagery, fact sheets, and more.

Thermal satellite image showing wildfire hotspots in California
Thermal satellite image showing wildfire hotspots in California
Thermal satellite image showing wildfire hotspots in California
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