21-23 April, 2027Pavilion 3, Crocus Expo, Moscow
RU
Wildfire activity remains high across Europe. In 2024, 20 EU Member States recorded above-average burned areas, triggering the EU Civil Protection Mechanism 16 times.
Wildfire activity remains high across Europe. In 2024, 20 EU Member States recorded above-average burned areas, triggering the EU Civil Protection Mechanism 16 times. This pressure is shifting buyer priorities toward earlier, wider, and safer detection from above. In this article, Unmanned Aerial Vehicle (UAV) thermal imaging fire detection, which uses unmanned aerial vehicles to map heat signatures, stream live video, and relay geospatial data, is now moving from trial projects to confirmed procurement plans for 2026.
Thermal sensors detect heat long before a visible flame appears, allowing crews to contain incidents. At the same time, they are still small and manageable. Aerial fire research points to three consistent benefits: earlier hotspot detection, safer visibility over difficult terrain, and more effective mop-up after suppression to prevent reignition.
When buyers compare patrols on foot with flights from above, the operational case often rests on two key points. First, a drone can survey areas that ground teams cannot reach quickly. Second, thermal feeds make heat patterns obvious even through smoke, which speeds decision-making.
Here is a short preview of the scenarios that tenders are prioritising. Each use case can be stress-tested during live demos before finalising specifications.
Forestry and wildland corridors: Persistent patrolling for early hotspots, plus post-fire scans to confirm mop-up.
Refineries and fuel storage sites: Aerial checks over hazardous zones to reduce crew exposure.
Rail yards and open platforms: Rapid sweeps during hot, dry periods when small fires can spread along ballast and scrub.
Industrial plants with heat-intensive processes: Overhead views to spot abnormal temperatures around stacks, conveyors, or waste areas.
Dense urban incidents: High-rise checks for residual heat on roofs and voids after crews stand down.
Procurement teams gain the most value when they turn broad interest into sharp questions. Begin with sensor capabilities, including thermal resolution, frame rate, temperature range, and lens options. Match these to flight time, wind tolerance, and payload weight. Plan for licensing needs, especially when flying near people or critical infrastructure.
Set expectations for operator training, evidence packaging, and data retention. Integration matters too, since feeds may need to flow into command software or existing VMS (Video Management System). If your security team already attends an access control systems trade fair, coordinate requirements so video, alarms, and access logs can be correlated during an incident rather than stitched together later.
Live events enable buyers to transition from brochure language to a working proof. At smart security and surveillance exhibitions, ask vendors to run identical target tests so you can compare image quality, latency, and geotag accuracy side by side. At a security and fire protection expo, bring a typical site plan and request a quick mission outline for that layout.
Proper checks include: how quickly the system locks onto a heat source, how stable the feed remains in gusts, how alerts are pushed to command tools, and how crews replay footage to brief teams on the move. Standards for fire-service imagers, such as National Fire Protection Association (NFPA) 1801, demonstrate that thermal performance can be defined in measurable terms, which helps distinguish polished demos from devices that meet repeatable criteria.
A good plan starts before the first flight. Map no-fly zones, permissions, and handoff rules with local authorities to ensure compliance. Agree on how aerial feeds will be utilised during the initial attack, containment, and mop-up phases.
Determine who will review recordings after an incident and how long files will be retained. Build a simple training ladder that moves operators from classroom basics to supervised missions, then to solo tasks. Finally, capture lessons from each deployment into a concise checklist so that the next operation runs more efficiently than the last.
If you are ready to benchmark aerial tools against your real risks, set clear demo tasks and schedule meetings with technical teams ahead of the show. If you supply UAV or thermal systems and want to meet buyers with live projects, submit an exhibit enquiry to join the programme or plan a focused visit that lines up targeted demos and seminars. One hour on the floor can replace weeks of guesswork — giving decision-makers the clarity to act.