Airport Drone Incidents Timeline: 2016 -- 2026
Last updated: April 2026
First Major Near-Miss — Heathrow Approach
A British Airways A320 on approach to London Heathrow reported a drone passing within metres of the aircraft at approximately 1,700 feet. The UK Airprox Board classified the encounter as Category A (highest risk). The incident was among the first to demonstrate that consumer drones could reach altitudes used by commercial aircraft on final approach.
Gatwick Near-Miss — Runway Approach
Multiple drone sightings near Gatwick Airport resulted in temporary runway restrictions. The incidents came ahead of the peak holiday period and triggered parliamentary questions about the adequacy of UK drone legislation. Calls for mandatory geofencing in consumer drones intensified.
Gatwick Shutdown — 36 Hours, 140,000 Passengers
Repeated drone sightings near the runway forced Gatwick Airport to close for approximately 36 hours between December 19-21. Over 1,000 flights were cancelled or diverted, affecting approximately 140,000 passengers. The British military deployed counter-drone equipment. The operator was never definitively identified. The event exposed the complete absence of airport counter-UAS capability across European airports.
Heathrow Sighting — Brief Closure
A drone sighting near Heathrow Airport triggered a brief runway closure, just weeks after the Gatwick incident. Departures were suspended for approximately one hour. The UK government responded by extending the drone exclusion zone around airports from 1 km to 5 km and introduced mandatory drone registration.
Newark Liberty — FAA Ground Stop
A confirmed drone sighting near Newark Liberty International Airport led the FAA to issue a ground stop, halting all arrivals for approximately 90 minutes. The incident affected one of the busiest airport systems in the world (New York metropolitan area) and demonstrated the cascading impact that a single drone could have on a congested airspace.
Regulatory Wave — EU Drone Regulation Takes Effect
The EU Drone Regulation (EU 2019/947) entered force, establishing operator registration, remote identification requirements, and operational categories (Open, Specific, Certified). Multiple countries implemented geo-awareness zones around airports. However, enforcement remained challenging, and non-compliant drones continued to pose risks.
Dublin Airport — Multiple Closures
Dublin Airport experienced several drone-related runway closures in early 2023, each lasting 30-60 minutes. The Irish Aviation Authority reported a significant increase in drone sightings in the vicinity of the airport. Ireland accelerated plans to procure counter-UAS detection systems for its major airports.
European Drone Wave — Copenhagen and Hamburg
Copenhagen Airport and Hamburg Airport both experienced drone-related disruptions within a six-week period. Copenhagen suspended operations for approximately 45 minutes after a drone was detected within the CTR. Hamburg implemented emergency procedures twice. The incidents prompted Eurocontrol to issue a continent-wide advisory on drone incursion response protocols.
Auckland UAS Near-Miss
A large unmanned aircraft was detected in close proximity to a commercial flight on approach to Auckland Airport, New Zealand. The Civil Aviation Authority of New Zealand classified it as a serious incident. The event demonstrated that drone risks extended well beyond the US and Europe into the Asia-Pacific region.
European Drone Sighting Wave
A wave of unexplained drone sightings swept across Northern Europe, affecting airports in Sweden, Norway, Poland, and the Baltic states. Some sightings involved large fixed-wing drones of unknown origin. Several airports activated counter-UAS response teams. The events occurred against a backdrop of heightened security concerns in the region.
Polish Airports — Multi-Site Shutdowns
Several Polish airports simultaneously suspended operations due to drone activity, in what appeared to be a coordinated event. Warsaw Chopin, Krakow, and Gdansk were among those affected. The Polish military assumed control of counter-drone operations. The incidents prompted NATO discussions about the classification of deliberate drone incursions near critical infrastructure.
Oslo Airport Gardermoen — Extended Closure
Oslo Gardermoen Airport suspended operations for over two hours after drones were detected within the approach corridor. Norway's largest airport handled approximately 600 flights per day; the closure caused cascading delays across the Nordic network. Counter-UAS systems were deployed but initially failed to neutralise the intruder, highlighting capability gaps.
Counter-UAS Deployments Accelerate
Major European and North American airports began deploying layered counter-UAS systems combining RF detection, radar, electro-optical tracking, and electronic countermeasures. Heathrow, Schiphol, Frankfurt, and JFK were among the first to achieve initial operational capability. EASA published guidance on integrating counter-UAS operations with air traffic management.
Moscow Airports — Recurring Drone Closures
Moscow's major airports — Sheremetyevo, Domodedovo, and Vnukovo — experienced repeated closures due to drone activity. Operations were halted multiple times per month, with individual closures lasting up to several hours. The incidents were attributed to the ongoing conflict, demonstrating how drone warfare could directly affect civilian airport operations far from the front line.
This timeline is for informational purposes only. Data sourced from ICAO, EASA, FAA, Eurocontrol, UK Airprox Board, and publicly available aviation records. This content does not constitute safety advice, risk assessment, or operational guidance.