Greece Scales Its Wildfire Drone Grid To 100+ Bases For 2026, A Year After Doubling Its Fleet

Greece will run more than 100 drone surveillance bases and three mobile command centers carrying thermal cameras across the country during the 2026 wildfire season, its largest drone deployment yet for fire detection. Government officials laid out the plan as part of a wider civil-protection strategy presented at a meeting chaired by Prime Minister Kyriakos Mitsotakis, with the stated aim of catching fires in the first minutes and moving crews faster.

The numbers track a fast climb. Last May, DroneXL reported Greece lifting its fire-surveillance fleet from 45 to 82 drones for the 2025 season. The 2026 plan goes further, turning a growing fleet into a standing nationwide grid of launch sites backed by thermal-equipped command vehicles that read smoke and heat signatures in real time, even when weather turns rough. For drone operators, it is one of the clearest examples anywhere of a government treating uncrewed aircraft as core fire infrastructure rather than a pilot project.

Greece turns its drone fleet into a nationwide detection grid

The country will position more than 100 drone bases for the fire season, supported by three mobile command centers fitted with thermal cameras that spot smoke and new ignitions in real time, even under the high heat and strong winds that drive Greece’s worst fires. The network is meant to shorten the gap between ignition and response, feeding live imagery to commanders so ground teams reach a fire while it is still small.

Greek officials presented the plan, first reported by GTP Headlines, alongside a broader shift toward prevention and early intervention. The thermal piece matters more than the base count. Our coverage of the Banana Lake Fire in Montana showed what a single thermal drone can do: flying through smoke too thick for crewed aircraft, it pinpointed the hottest sections of an 850-acre blaze and guided engines and bulldozers to where they mattered, and the fire was contained in a day. Put that capability over 100-plus launch points and you have a detection layer that can watch most of a country at once.

Early detection decides how big a fire gets

Wildfires are won in the first minutes, when a fire is still small enough to stop, which is why a drone that finds an ignition fast is worth more than most equipment that shows up later. Greece’s grid is a bet on compressing that detection window across high-risk terrain before a fire can climb into the treetops.

The same logic drives the XPrize Wildfire competition, where teams race to find and put out a fire inside 1,000 square kilometers (386 square miles) in under ten minutes. It also drives venture money: California startup Seneca raised a record 60 million dollars to field autonomous suppression drones built around that same first-response window.

There is a limit worth stating plainly. The fires that generate the loudest calls for drone technology are often the ones drones cannot fly. During the first hours of the Palisades and Eaton fires in Los Angeles, winds were strong enough to ground every crewed tanker, and they would have grounded drones too. A thermal grid earns its value on the moderate-wind days that never make national news, catching routine ignitions before they grow into the fires that do. A Greek summer offers plenty of both.

The drone grid sits on top of a much larger firefighting build-up

Drones are one layer of a far bigger 2026 plan, which puts 17,727 permanent and seasonal firefighters in the field this season, rising to 18,804 by year’s end, alongside a large aerial fleet and a forest-prevention program funded into the hundreds of millions of euros. The hardware is meant to find fires; the people are still the ones who put them out.

The Special Forest Operations Units, the EMODE teams known as forest commandos, have grown to 21 units nationwide from six in 2022, with roughly 1,450 members trained for fast intervention in remote country. Aerial resources stay high, with 33 national aircraft and 51 leased aircraft and helicopters supporting a daily operational fleet of 80 to 85, depending on availability.

On the prevention side, the antiNERO forest protection program covers clearing, firebreaks, forest-road upkeep, and water infrastructure in high-risk forest and archaeological areas. Greece has earmarked roughly 82 million euros under the program for 2026 alone, part of an estimated 667 million euros across 2022 to 2026 and a broader 864 million euros in Forest Service prevention investment since 2022. Early work has focused on peri-urban forests close to cities, including Mount Hymettus near Athens, the Aigaleo-Poikilo range, and the Seich Sou forest above Thessaloniki.

The fire grid is also part of a wider Greek move into uncrewed systems. Last September we covered the Hellenic Army adding V-BAT vertical-takeoff drones for border surveillance. The civil and military programs are separate, but the direction is the same.

An official drone grid only works if the airspace stays clear

A nationwide fire-detection network depends on official drones owning that airspace during an emergency, which means hobby pilots staying well clear of any active fire, because one stray quadcopter can ground the very aircraft a thermal drone just called in. The math is unforgiving: every grounding lets the fire grow.

The U.S. logged 218 drone incursions over wildfires in 2025, more than the previous seven years combined, and most of them forced firefighting aircraft to stop. Congress is now drafting counter-drone authority aimed specifically at fire operations. Greece’s model, official drones flying under coordinated command, is the version of this technology that helps. The reckless hobbyist flying into a fire zone is the version that gets everyone grounded and invites the rules the rest of us then have to live under.

DroneXL’s Take

This is what good drone policy looks like. Greece is treating uncrewed aircraft as fire infrastructure, scaling from 82 surveillance drones last season to a 100-base thermal grid now, because early detection is the cheapest life-saving tool in wildfire response. Drones for good is not a slogan here. It is a procurement decision backed by hundreds of millions of euros.

Here is the part that should bother American readers. A grid like this only pencils out because capable thermal drones got cheap. Affordable hardware is what lets a country put detection over a hundred sites instead of two. The United States is moving the other way. The FCC Covered List restrictions that took effect on December 22, 2025 cut off new foreign-made drones from the equipment authorization they need to reach the U.S. market, which over time chokes the supply of the capable, affordable hardware public-safety agencies depend on, all in the name of security, while Greece spends its summer demonstrating what those same agencies could be doing with it. We have argued this before and we will keep arguing it: a rule that raises the cost of the drones first responders rely on does more damage to American operators than it does to Beijing.

The Greek fire season runs May 1 to October 31. Watch whether a 100-base grid measurably shortens the time from ignition to first water this summer, because if it does, it becomes the template every Mediterranean country, and every U.S. state that is allowed to, will copy. The hardware to do this exists today. Whether you can afford it depends on where you live.

Source: GTP Headlines.

DroneXL uses automated tools to support research and source retrieval. All reporting and editorial perspectives are by Haye Kesteloo.