Remote Automated Weather Station (RAWS)
The global standard for wildfire weather monitoring in remote terrain. Trusted by fire agencies across North America, Australia, and beyond for over 40 years to deliver the data that drives critical decisions.
- Trusted across the global fire community, including 100% of U.S. federal land management agencies
- Approved, certified, and serviced by the Remote Sensing Fire Weather Report Unit
- Pre-configured for fire applications and compliant with the Wild Land Fire Management Information database
- What to know
- Wildfire weather data
- Rugged by design
- Axiom Fire Data Logger
Built for the demands of wildfire risk management
For federal and state fire agencies, fuels managers, and agency meteorologists who need scientific-grade fire weather data in remote terrain. The fixed RAWS is the platform fire agencies around the world rely on to make the decisions that matter most.
Meets demanding standards
Every component meets or exceeds the strictest wildfire weather monitoring requirements, including U.S. National Fire Danger Rating System standards. Approved and certified by the Remote Sensing Fire Weather Report Unit.
Designed for remote terrain
The tri-leg tower installs in under an hour with two people and basic hand tools. No cement, no climbing, no special engineering required.
One technician. One visit.
The folding mast lowers wind sensors to ground level for servicing. Annual maintenance is all that’s needed to keep the station running.
Axiom Fire Data Logger
Scientific-grade, IP67-rated data collection with a built-in color touchscreen. No laptop or programming needed in the field.
Flexible telemetry
GOES satellite, cellular, and Iridium options ensure data reaches your operations center regardless of site connectivity.
Proven at scale
More than 4,000 stations across the U.S. and Canada run on AEM’s wildfire weather monitoring platform. Fire agencies in Australia and other regions trust the same proven hardware in their networks.
The right data, at the right time, to make decisions that protect lives and property.
Before wildfire season starts, fire agencies need to understand where risk is building. Wind patterns, fuel moisture, temperature, humidity, and solar radiation all contribute to fire danger. RAWS wildfire weather monitoring stations collect that data continuously, feeding the fire danger rating calculations that determine staffing levels, resource pre-positioning, and community warnings. So agencies can act with confidence.
When fire breaks out, conditions on the ground change fast. A RAWS at or near the incident gives incident commanders real data on wind speed and direction, temperature shifts, and humidity drops. Those are the variables that determine how a fire will move and where it’s safe to deploy crews.
The fixed RAWS measures wind speed and direction, air temperature and humidity, solar radiation, and precipitation as standard. Fuel moisture and temperature sensors are available for fuels management applications. Data transmits via GOES satellite, Iridium, or cellular into national fire weather networks, formatted for the systems agencies already use.
Built for remote sites where uptime matters most
Wildfire weather stations are placed in remote locations precisely because that’s where the data is needed most. Getting a technician back out to a failed station can take days or weeks, and during fire season, every hour without data is an hour where staffing decisions, resource deployments, and community warnings are based on less than the full picture.
The fixed RAWS is built to hold up in conditions that would compromise lesser equipment. The free-standing tower withstands sustained winds of 125 mph (201 km/h) without requiring a concrete base, and every component meets or exceeds U.S. National Fire Danger Rating System standards. Solar power with battery backup keeps observations flowing year-round without intervention.
When service is needed, the design makes it as simple as possible. Two people can easily install the station using basic hand tools, with adjustable legs for uneven terrain and an alignment system that positions sensors correctly without guesswork. The folding mast brings wind sensors to the ground so one technician can handle the full annual service visit without climbing.
Data moves from the field to your operations center without gaps.
Every fixed RAWS runs on the Axiom Fire Data Logger. It collects scientific-grade weather observations, manages power, handles telemetry, and surfaces everything through a built-in color touchscreen you can read in full sunlight. No laptop needed. No programming required. Configure and service it on-site, in any conditions.
Key capabilities:
- IP67-rated, fully sealed cast aluminum enclosure with military-style waterproof bayonet connectors
- Built-in GOES and Iridium telemetry, with optional LTE for sites with cellular coverage
- Four SDI-12 ports and an auxiliary communication port for sensor expansion
- Advanced power management with solar charging for continuous year-round operation
- Color-coded connectors and configuration wizard for fast, error-free setup
See how RAWS fits into a complete wildfire readiness strategy
Wildfire weather monitoring stations are one part of the picture. See how agencies use RAWS alongside lightning detection, PTZ cameras, and AEM Elements® 360 to build end-to-end wildfire risk management.
A California wildland fire agency
A California fire agency expanded its RAWS network to fill coverage gaps in high-risk terrain and added a Quick Deploy RAWS for on-site incident monitoring, grounding staffing and resource decisions in real conditions on the ground.
“With our RAWS stations, we can accurately reflect the conditions on the ground. This information helps us make better decisions for resource allocation and preparedness.”
Anonymous
Wildland Resource Planner
Resources
F7 Data Logger
Quick Deploy RAWS
Wildfire PTZ Camera
Talking with the Experts: The Current State of Wildfire
2024 State of North American Wildfire Resilience Report
AEM Elements® 360
Frequently asked questions
The Remote Automated Weather Station (RAWS) is the standard for remote automated weather stations used in North America for fire weather monitoring. It is designed specifically with the interests of fire and fuels management agencies for use in remote areas, requiring only annual service and maintenance. Our RAWS solution offers accurate and timely weather information tailored to your specific needs, helping you make informed decisions, optimize operations, and enhance safety in diverse industries such as forestry, utilities, and emergency management.
Yes, our Remote Automated Weather Station (RAWS) can be customized to suit your unique needs and preferences. Whether you need additional sensors, specialized data outputs, or integration with existing systems, our experienced team can tailor a solution that aligns with your objectives and maximizes the value of your investment in weather monitoring technology.
Our Remote Automated Weather Station (RAWS) undergoes rigorous testing and calibration to ensure data accuracy and reliability in the harshest environmental conditions. Equipped with high-quality sensors, redundant communication channels, and advanced data validation algorithms, our RAWS consistently delivers dependable meteorological measurements for critical decision-making and operational planning.
The fixed RAWS is designed for permanent installation with annual service intervals. The Quick Deploy RAWS uses the same core sensors, data logger, and telemetry but is fully portable, setting up in 15 minutes without tools. Agencies commonly use both: QD RAWS for site studies, prescribed burns, and active fire line monitoring; fixed RAWS for permanent network stations.
The standard fire weather sensor suite covers wind speed and direction, air temperature and humidity, solar radiation, and precipitation. An optional fuel stick adds fuel moisture and temperature. Additional sensors, including soil moisture, snow depth, air quality, water level, and cameras, can be added to meet any agency’s needs.
Two people can install the wildfire weather monitoring station using basic hand tools. No cement or climbing required. Annual service is all that’s needed for ongoing operation. The folding mast lowers wind sensors to ground level; with the optional winch kit, one technician can handle it alone.
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