The Consequences of Design

Europe’s Drone Crisis Escalates—And Officials Still Don’t Get It

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Sunday, 5th of October, 2025

The Noise Is Apparent

Munich Airport has now been shut down twice in 48 hours due to drone sightings. Over 6500 passengers stranded. Dozens of flights cancelled or diverted. And European officials are still treating this as an unfortunate inconvenience rather than what it actually is: proof that the continent’s aviation infrastructure cannot account for its altered and molested environment.
This is no longer about isolated incidents. This is a system in crisis, throwing off noise so loud it should be deafening—yet somehow, the response remains muted debate about financing and legal frameworks.
When “Precautionary Measures” Mean Total Vulnerability
On Friday night, police confirmed “two simultaneous drone sightings by police patrols just before 11pm around the north and south runways” at Munich. The drones “immediately moved away, before they could be identified.”
Read that again: before they could be identified.
European airports cannot track these drones. Cannot identify their operators. Cannot prevent their incursions. The only tool available is the bluntest one possible: shut down all flight operations and hope the drones go away.
This is not security. This is surrender to an adversary who hasn’t even revealed themselves yet.

____________________________

The Naïve Assumption Endangering A Continent

In 1941, as fascist movements swept across Europe, George Orwell observed something that liberal democracies still struggle to understand today. Writing in “The Lion and the Unicorn,” he identified a fatal blind spot in progressive thinking—one that would prove as relevant in 2024 as it was in 1941.

“Nearly all western thought since the last war, certainly all ‘progressive’ thought, has assumed tacitly that human beings desire nothing beyond ease, security, and avoidance of pain,” Orwell wrote. This assumption, he warned, left democratic movements vulnerableThere’s a dangerous assumption embedded in Europe’s response to these incidents: that the war in Ukraine will remain isolated to Ukraine. That Russia’s drone warfare expertise, honed through thousands of attacks on Ukrainian infrastructure, won’t be deployed against Western targets. That somehow NATO membership creates an invisible shield protecting European airports from the same tactics devastating Ukrainian cities.

This assumption is catastrophically wrong.

Germany is already reporting drone swarms over military and industrial sites. Denmark’s prime minister warned last week that Europe faces its “most dangerous situation since the Second World War.” Estonia and Poland have confirmed airspace violations. Romania has pointed directly at Russian involvement.

Yet the response remains aspirational: debates about a “drone wall” for Eastern borders, promises of legal changes to allow the military to shoot drones down “if necessary,” and German officials calling for “more financing and research.”

Research? The research is already complete. It’s happening in Ukraine every single night.

What “Noise” Actually Means

In disaster analysis, I use the term “noise” to describe unexpected results from designed systems—signals that the system cannot control its environment. Munich’s three shutdowns in 48 hours aren’t just noise. They’re a warning that European airports are operating on pure chance.

Every time an unidentified drone appears over a runway, airport operators are gambling:

Will it stay clear of aircraft?

Is it armed or simply observing?

Is this a probe to test response times?

Are coordinated attacks being planned based on what they’re learning?

They cannot answer any of these questions. They cannot track the drones. They cannot identify operators. They have no counter-measures deployed.

So they shut down operations, strand thousands of passengers, and hope the drones don’t come back. That’s not a security protocol—it’s an admission that the system has lost control.

The Arithmetic of Asymmetric Warfare

The economics are stark:

Cost to attacker: €500-1,000 per drone

Cost to defender: Millions in cancelled flights, diverted aircraft, stranded passengers

Potential cost of successful attack: Catastrophic

A consumer drone ingested into a jet engine during takeoff causes the same catastrophic failure as a bird strike—except this one is intentional, timed, and repeatable. Eastern Air Lines Flight 375 crashed after striking starlings in 1960, killing 62 people. US Airways Flight 1549’s “Miracle on the Hudson” demonstrated what happens when geese meet engines at takeoff power.

Now imagine that scenario, but the “geese” are deliberately positioned drones, launched in coordinated swarms across multiple airports simultaneously.

The attackers can probe defences, observe responses, map vulnerabilities, and strike when ready—all while European officials debate whether they should be allowed to shoot the drones down.

The Pattern We’ve Seen Before

Twenty-five years ago, the Concorde flew despite 70 tyre-related incidents because grounding a national monument was unthinkable. The Space Shuttle Challenger launched in freezing temperatures despite engineers’ warnings because NASA had “gotten away with it” 24 times before.

Major FOD Aviation Incidents Foreign Object Debris: Critical Safety Events Air France Flight 4590 Date: July 25, 2000 | Aircraft: Concorde FOD Source: Titanium alloy strip from preceding Continental Airlines DC-10 Consequence: Tyre burst → fuel tank puncture → catastrophic fire and crash Fatalities: 113 (109 on board, 4 on ground) US Airways Flight 1549 Date: January 15, 2009 | Aircraft: Airbus A320 FOD Source: Bird strike – flock of Canada Geese (Biological FOD) Consequence: Double engine failure → successful ditching in Hudson River Fatalities: 0 (“Miracle on the Hudson”) Space Shuttle Columbia Disaster Date: Jan 16, 2003 (Launch) / Feb 1, 2003 (Re-entry) | Spacecraft: Space Shuttle FOD Source: Foam insulation piece from external tank (manufacturing/launch FOD) Consequence: Heat shield damage on left wing → catastrophic structural failure during re-entry Fatalities: 7 (all crew members) Concorde Tyre/Wheel Failure Date: June 14, 1979 | Aircraft: Concorde (Air France) FOD Source: Tyre failure on takeoff (FOD as risk factor) Consequence: Tyre fragments damaged engine and fuel tanks → safe landing Fatalities: 0 FOD prevention remains critical to aviation safety Aviation FOD Incidents

Notable Aviation FOD Incidents

Foreign Object Debris: Case Studies in Aircraft Safety

Bird Strikes (Biological FOD)

One of the most common forms of FOD causing engine damage and power loss

US Airways Flight 1549
Airbus A320 | January 15, 2009 | “Miracle on the Hudson”
The aircraft struck a flock of Canada geese shortly after takeoff from New York’s LaGuardia Airport. The ingestion of the birds caused a nearly complete loss of thrust in both engines, forcing the crew to ditch the plane in the Hudson River.
Outcome: All 155 people on board survived thanks to exceptional piloting by Captain Sullenberger and crew.

Volcanic Ash Ingestion

Airborne FOD causing engine flameout, damage, and windshield pitting

British Airways Flight 9
Boeing 747-200B | June 24, 1982
En route to Perth, Australia, the jumbo jet flew into a cloud of volcanic ash over the Indian Ocean. All four engines surged and then failed. The crew was able to restart the engines after descending out of the ash cloud.
Outcome: Aircraft landed safely in Jakarta after successful engine restart.
KLM Flight 867
Boeing 747-400 | December 15, 1989
The aircraft flew through a thick cloud of volcanic ash from Mount Redoubt in Alaska. All four engines flamed out. The crew managed to restart the engines after descending.
Outcome: Landed safely in Anchorage with approximately $80 million in damage to the aircraft.

Mechanical Debris / Runway FOD

Man-made objects and runway materials causing engine damage

Air Algérie Flight 6289
Boeing 737-200 | March 6, 2003
Shortly after takeoff, the left engine exploded due to engine failure, leading to a loss of control and a crash. While the cause is generally attributed to engine failure, debris ingestion is a common cause of such failures.
Outcome: 102 of 103 people on board were killed.
Jetstar Airways Flight JQ930
Airbus A320 | November 17, 2020
During takeoff from Brisbane, the crew reported a vibration and “popping” noise, with passengers seeing bursts of flame from the right engine. Subsequent inspection found a screwdriver tip in the combustion section, which had caused significant damage to the high-pressure compressor until one of the blades detached and caused engine failure.
Outcome: Aircraft returned safely to Brisbane. The tip had been in the engine for over 100 previous flights.
Embraer 190 Incident
Embraer 190 | Oslo, Norway | 2010
An Embraer 190 ingested broken runway edge light fittings during takeoff after aligning itself incorrectly on the runway. The damage was severe enough to require the replacement of one engine.
Outcome: Aircraft landed safely but required extensive engine repairs.

European airports are now in that same deadly territory: operating with known, demonstrated vulnerabilities while officials pursue bureaucratic solutions to tactical problems.

The warning signs aren’t subtle:

Munich: Two airport shutdowns in 48 hours

Denmark: Mysterious drone sightings during EU summit

Belgium: Overnight drone overflights of military bases

Poland: NATO fighters shooting down drones in Polish airspace

Estonia: Russian jets and drones violating airspace

Norway: Flight disruptions at Oslo airport

This isn’t just noise anymore. This is a coordinated campaign to probe and exploit European vulnerabilities.


What Must Happen Now

Europe’s summer tourism season begins in months. Oktoberfest just ended in Munich—imagine if coordinated drone attacks had shut down the airport during the festival’s peak weekend, when hundreds of thousands of visitors needed to travel.
Now extrapolate that scenario across Frankfurt, Paris Charles de Gaulle, Amsterdam Schiphol, and London Heathrow simultaneously. The economic damage would be catastrophic. The psychological impact—proof that European infrastructure is defenceless against cheap drones—would be worse.
The solution isn’t complicated:

  1. Deploy counter-drone systems immediately at all major airports
    Detection, tracking, jamming, and kinetic interception capabilities must be operational within weeks, not years.
  2. Implement daylight-only operations if necessary
    If airports cannot secure their airspace at night, restrict operations to daylight hours until defenses are in place.
  3. Stop debating and start deploying
    The “drone wall” debate is a distraction. Every major European airport needs local counter-drone capabilities regardless of border defences.
  4. Acknowledge the threat honestly


This isn’t about “research” or “financing discussions.” This is about immediate tactical deployment of existing counter-drone technology that’s already proven in Ukraine.

They Cannot Say They Weren’t Warned


German Interior Minister Alexander Dobrindt called the first Munich shutdown a “wake-up call.” But wake-up calls only work if you actually wake up.
Two shutdowns in 48 hours isn’t a wake-up call—it’s an alarm screaming while officials hit the snooze button and debate whether they’re legally allowed to turn it off.
The warning signs are undeniable. The vulnerability is demonstrated. The adversary—whoever they are—has proven they can shut down major European airports at will with equipment that costs less than a business-class ticket.
The only question is whether European officials will deploy defences before the inevitable disaster, or after—when they’re explaining to grieving families why they prioritised legal frameworks over lives.
History suggests catastrophe arrives faster than bureaucracy moves. Europe’s airports are in a race between threat and defence.
Right now, the threat is on the offence, and they’re a step ahead of us.

-Devin Savage

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