Alabama deploys satellite technology for wildfire monitoring. firebuyer.com

Alabama deploys satellite technology for wildfire monitoring

The Alabama Forestry Commission is using satellite based wildfire intelligence from OroraTech USA to strengthen the monitoring of prescribed burns and support wildfire response across the state. The technology provides officials with additional information about fire activity, helping identify potential escapes from prescribed burns and assess where emergency response resources may be required. Wildfire activity increases Wildfires had burned more than 30,000 acres across Alabama by the middle of September this year. This compares with approximately 35,000 acres during the whole of 2025 and nearly 21,000 acres during 2024. Prescribed burning is used to manage vegetation and reduce accumulated fuel that could contribute to the development and spread of wildfires. However, prescribed fires require monitoring to help ensure they remain within designated boundaries. Monitoring prescribed burns OroraTech’s satellite based thermal intelligence provides the Alabama Forestry Commission with additional visibility of fire activity. The information can help officials identify potential escapes, assess developing incidents and determine where and when a response may be necessary. The deployment forms part of growing interest in using satellite based information to support wildfire management and emergency response. Satellite wildfire intelligence OroraTech operates a satellite constellation dedicated to wildfire detection and monitoring. Its Wildfire Solution combines information from the company’s proprietary network of 19 satellites with data collected by more than two dozen publicly operated satellites. Together, these sources provide near real time intelligence about wildfire activity. The Alabama deployment will support the Forestry Commission’s existing approach to prescribed fire monitoring and statewide wildfire response by providing another source of information about developing fire conditions. Alabama State Forester Rick Oates said: “Adopting the latest technology helps us detect and respond to wildfires more efficiently while improving safety for our firefighters and the people of Alabama. “OroraTech gives us another tool to help protect lives, property, and Alabama’s forest resources.” AFC Protection Division Director John Goff said: “The way we detect wildfires has changed a lot over the years. We’ve gone from lookouts watching for smoke from fire towers to using aircraft and drones, and now we’re adding satellite technology. “The sooner we know where a fire is, the sooner we can get resources headed that way. We’re glad to be working with OroraTech to put this technology to work for Alabama.” Thomas Gruebler, Co-Founder of OroraTech and CEO of OroraTech USA, said: “Our vision is to work closely with fire management agencies to continually advance our products and satellite technology around how they operate, providing intelligence that fits directly into their decision-making workflows.” Stephen Maisonet, Sales Director of OroraTech USA, said: “In Alabama, that means giving the Forestry Commission greater situational awareness across the state, helping teams triage incidents as they emerge, monitor multiple fires simultaneously, and prioritise personnel, aircraft, and other resources where they are needed most.”

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Teledyne FLIR's A40 and A70 thermal imaging cameras have achieved UL 2684. firebuyer.com

Teledyne FLIR thermal cameras achieve UL listing

Teledyne FLIR’s A40 and A70 thermal imaging cameras have become the first models to achieve UL 2684 listing as thermal image fire detectors. The cameras are listed under ANSI/CAN/UL 2684, the standard covering video and thermal image detectors for fire alarm systems. Although UL 2684 is a North American standard, Teledyne FLIR said the listing can provide additional independent evidence for fire engineers and risk professionals specifying thermal image detection on European projects. Supporting European fire detection Radiometric thermal image detection does not currently have its own harmonised European product standard. Systems can instead be assessed through project specific approval routes and national certification schemes, including VdS in Germany and CNPP in France. European regulatory requirements, CE marking obligations and applicable EN 54 standards continue to apply. The UL 2684 assessment includes fire performance testing involving flaming wood, flammable liquids and polyurethane, alongside environmental, electrical and durability testing. Monitoring developing fire risks Radiometric thermal cameras continuously measure temperatures across their field of view. Teledyne FLIR’s Early Fire Detection solutions can monitor defined areas and provide minimum, average and maximum temperature readings. Alarms can be configured around absolute temperature thresholds, differences between monitored areas and rates of temperature increase. Potential applications include waste and recycling facilities, manufacturing equipment, battery energy storage installations, data centres and rooftop solar arrays. Thermal imaging complements fire detection Thermal imaging requires a direct line of sight and can be used to monitor specific assets, including switchboards, battery enclosures and conveyors. Teledyne FLIR said the technology is intended to operate alongside conventional fire detection rather than replace it. The cameras also incorporate visible imaging, allowing operators to receive visual information alongside thermal alarms. For European projects, the UL 2684 listing can provide supporting technical evidence while applicable European, national and project specific approval requirements remain in place. Matthew Hasty, Global Vertical Director for Science, Automation, and Early Fire Detection at Teledyne FLIR, said: “Fire engineers work from evidence, and the strongest evidence is a published benchmark with an accredited laboratory behind it. “That is what the listing adds for Europe. It gives the people building the technical case something independent to build on.”

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The Fire-Dex TerraCross Boot combines protection and comfort, meeting NFPA 1950 standards for diverse emergency operations. firebuyer.com

Fire-Dex launches TerraCross firefighter boot

Fire-Dex has introduced the TerraCross Multifunctional Boot, designed to provide firefighters with footwear suitable for technical rescue, emergency medical services and wildland operations. The boot is certified to NFPA 1950 and has been developed to combine protection, comfort and durability across different emergency response environments. Supporting multiple fire service roles Todd Herring, Vice President of Product Innovation and Strategy at Fire-Dex, said: “From vehicle extrications and technical rescues to EMS calls and wildland incidents, today’s departments need gear that can perform across varied terrain and long, unpredictable shifts. “TerraCross was built to give departments a high-performance boot that supports multiple missions without sacrificing comfort, fit, or mobility.” TerraCross is designed to complement structural firefighting boots while reducing the requirement for multiple specialist footwear options. The boot meets NFPA 1950 requirements, the consolidated standard replacing NFPA 1951, NFPA 1999 and NFPA 1977. Firefighter protection and comfort TerraCross incorporates waterproof and breathable GORE TEX CROSSTECH footwear fabric to support extended periods of use. A Vibram FIRE & ICE outsole provides traction across different terrain while maintaining flame resistance and performance across a range of temperatures. Protection is provided through an L Protection WB Flex puncture barrier, composite toe and reinforcement in areas subject to increased wear. Fire-Dex said these features are intended to provide protection without adding unnecessary weight or restricting flexibility. NFPA 1950 certified footwear The TerraCross boot is manufactured in the United States using globally sourced components and is produced without intentionally added PFAS. Fire Dex said the introduction expands its range of personal protective equipment for first responders, providing a footwear option designed to meet the changing operational requirements of fire departments. The TerraCross Multifunctional Boot is now available through Fire Dex distributors and online.

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MSA showcases new developments in GALLET helmets and M1 breathing apparatus at the Congress of French Firefighters. firebuyer.com

MSA Safety showcases firefighter protection technology

MSA Safety is presenting developments across its GALLET helmet and M1 Self Contained Breathing Apparatus ranges at the National Congress of French Firefighters in Haute Savoie, France. The event marks the first presentation of the new GALLET F1 Fire Helmet to French fire and rescue professionals. GALLET F1 helmet makes French debut Developed with input from firefighters, the latest GALLET F1 provides thermal and impact protection around the top, front, sides and rear of the head. A redesigned face shield is available in clear and gold coated versions, providing protection against radiant heat, debris and electrical hazards. The helmet also offers broader sizing options and an externally mounted adjustment system. An optional L360 lighting module provides operational illumination and incorporates a rear facing light to improve firefighter visibility. Its modular design allows departments to configure accessories, including the GALLET Com’One communication headset. The helmet is designed and manufactured at MSA’s facility in Chatillon sur Chalaronne, France. Rescue helmet protection MSA is also presenting the GALLET F2XR rescue helmet, which is certified for water operations, wildland firefighting, technical rescue, urban search and rescue and climbing. An Integral Neck Curtain and Heat Shield provides additional neck and face protection for demanding environments, including wildland incidents. M1 SCBA telemetry expands MSA is also highlighting its M1 SCBA Telemetry System, now available across France and Europe. The system transmits SCBA information to incident command, allowing commanders to monitor firefighter and team status, issue evacuation alarms and receive acknowledgements. Components include the M1 Control Module, which provides pressure sensing, distress alarms, radio telemetry and free fall detection. The MSA HUB combines information from multiple firefighters and creates a local wireless network, while the MSA Repeater extends connectivity in locations including high rise buildings, basements, tunnels and underground infrastructure. Jose Sanchez, MSA Safety Senior Vice President and President of EMEA Business, said: “France is where the GALLET story began, and it is where the next chapter of that story continues. “The new GALLET F1 Fire Helmet reflects our collaboration with firefighters who have helped shape each iteration of the helmet. “We’re proud to bring this latest innovation to the French market and to design and manufacture helmets in France that help protect the firefighters who serve communities across the country.” MSA is exhibiting in Hall B2, Booth H15 during the congress.

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The Fire Protection Association (FPA) has been shortlisted at the 2026 London Construction Awards for research into sprinkler protection for mass timber buildings. firebuyer.com

FPA mass timber research shortlisted for fire safety award

The Fire Protection Association (FPA) has been shortlisted at the 2026 London Construction Awards for research into sprinkler protection for mass timber buildings. The project, “Fire sprinkler system design for buildings with exposed timber surfaces”, is a finalist in the Fire Safety Solution of the Year category. Sprinkler protection for mass timber Developed by Dr Dale Kinnersley, Principal Consultant for RISCAuthority, the FPA administered insurance research scheme, the project produced a fire test based design methodology for sprinkler protection in buildings containing exposed Cross Laminated Timber surfaces. Running from September 2022 to December 2025, the research examined how automatic sprinkler systems and associated mechanical and electrical fixings could be adapted for buildings containing exposed combustible timber. It also investigated methods for protecting exposed CLT while maintaining structural and service integrity during fire. Addressing gaps in fire standards The research was intended to provide evidence supporting future revisions to UK and European sprinkler standards, which have historically focused on non combustible construction. Researchers identified gaps in guidance covering the suspension of mechanical and electrical services, including sprinkler pipework. Further investigation also identified limited existing standards covering timber fixings. Findings from the project have already informed guidance within the LPC Sprinkler Rules and have been proposed for consideration in future revisions of EN 12845 1. The work also formed the basis of a PhD awarded to Kinnersley in July 2026. London Construction Awards Kinnersley said the project focused on improving fire safety in mass timber construction by optimising sprinkler systems and fixing methods to protect occupants and property. The London Construction Awards ceremony will take place on 25 November 2026 at Excel London. Other finalists include Advanced, Ajaz Systems, Golden Fred, British Gypsum and Firesense.

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Jack “J.” Taylor III. firebuyer.com

Darley appoints new member to Fire Advisory Board

Darley has appointed Jack “J.” Taylor III to its Fire Advisory Board, bringing more than three decades of fire service leadership experience to the group. Taylor is a retired Fire Chief with 33 years of service and has held executive leadership positions with the Pearland, Trophy Club and Irving Fire Departments. Firefighter health and safety Throughout his fire service career, Taylor has been involved in initiatives focused on operational performance, organisational health and firefighter wellbeing. His work has included advancing firefighter health and safety programmes addressing cancer prevention, mental health, resilience and peer support. Taylor most recently served with the Pearland Fire Department, where he held the position of Fire Chief before retiring from the fire service. Emergency services experience Following his retirement from Pearland Fire Department, Taylor joined Siddons Martin Emergency Group as Executive Director of Strategic Initiatives. His experience includes emergency services leadership, organisational development and supporting teams operating within demanding fire and rescue environments. Darley said Taylor’s background in fire service leadership and his focus on developing effective teams will provide additional industry insight to its Fire Advisory Board. The board brings together fire service professionals to provide Darley with operational perspectives and industry experience. J said: “I’m honoured and excited to join the Darley Fire Advisory Board and have the opportunity to contribute to an organisation with such a long history of serving the fire service. “After 33 years in the fire service, I hope to bring the perspective of a fire chief and organizational leader, while also drawing on my current corporate experience working alongside departments and industry partners. “I look forward to listening, sharing ideas, and helping Darley continue to find innovative ways to support firefighters and the communities they serve.”

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