F-35 Fallacy: Jets Alone Will Not Save Us
NATO Allies have bet the future of European skies on the world’s most sophisticated combat aircraft. NATO Allies are buying the world's most advanced fighter but many are neglecting vital investments in hard security, ground crews, and support systems that will keep it flying.
By 2028, European flight lines will host upwards of 700 F-35 Lightning jets. On paper, this inventory represents an insurmountable technological edge: a sensor-fused, fifth-generation fleet that outmatches any potential adversary in radar-cross-section, situational awareness, and electronic attack.
Yet this procurement spree masks a dangerous complacency. The Alliance has poured vast capital into acquiring fifth-generation airframes while systematically underinvesting in the unglamorous terrestrial infrastructure that keeps them flying: base hardening, counter-drone defenses, resilient networks, and ground crews. An F-35 sitting on an unhardened runway without fuel, parts, or secure command links is not a deterrent, it is an expensive target.
The cockpit may deliver tactical lethality, but operational endurance is generated entirely on the tarmac. If conflict erupts with Russia, the fight for European airspace will look less like a sterile, high-tech turkey shoot and more like the grueling attrition of the Battle of Britain.
Surviving Day Zero
Historically, the most efficient method of destroying an air force has rarely been in air-to-air combat; it has been catching it on the ramp. Operation Focus in 1967 wiped out Egypt’s air force before breakfast. Conversely, Ukraine averted immediate disaster in February 2022 because it aggressively dispersed its scarce aircraft and mobile air-defense batteries hours before Russian cruise missiles slammed into permanent garrisons.
Recent innovations have further collapsed the boundary between frontline and rear sanctuary. In June 2025, Ukraine demonstrated the democratization of deep strike with Operation Spiderweb, deploying commercial-style drones smuggled deep into the Russian interior to strike strategic bombers parked in the open. The threat bypassed layered air defense belts entirely; it originated outside the airbase perimeter fence. Coupled with intelligence reports of sabotage devices targeting logistical hubs in Western Europe, such as the attempted strikes near Leipzig, the implication for NATO is clear: rear sanctuary no longer exists.
Russia has studied these dynamics carefully. A coordinated "Day Zero" assault will not rely solely on long-range Iskander or Kalibr barrages. It will combine standoff salvos with covert proxy drone launches, special reconnaissance sabotage, and electromagnetic disruption targeting key airbases before any formal declaration of Article 5. If NATO’s F-35 fleet remains concentrated at sprawling, unhardened hubs, the Alliance risks losing the air war before its pilots can take off.
Survival on Day Zero will not come from a single system. Ground-based air defense will kill aircraft, cruise missiles will crater runways, and drones will hunt anything left in the open. The answer is dispersal, concealment, and resilience, practiced and exercised daily long before the shooting starts.
A Battle of Britain, Not a High-Tech War in the Air
The operational template NATO must internalize is not Desert Storm, but southern England in the summer of 1940. When the Luftwaffe hammered RAF sector stations across Kent and Sussex - cratering Biggin Hill, Manston, and Kenley - the British survived because of an integrated, highly resilient system.
It was not the Spitfire alone that preserved Britain; it was the Dowding System. Radar stations, visual observers, filter rooms, and telephone lines fused intelligence into an actionable operational picture and directed scarce interceptors to precise intercept vectors. Crucially, the system was distributed and made redundant. When individual nodes went dark, the architecture adapted. Meanwhile, exhausted ground crews patched runways and re-armed aircraft under constant threat of bombardment.
NATO faces an analogous network challenge today. The F-35 is a formidable intelligence-collection platform, but its utility plummets if its Multifunction Advanced Data Link (MADL) cannot pass target tracks to legacy fourth-generation fighters, naval surface combatants, or ground-based air defenses under heavy electronic jamming. If a Combined Air Operations Center (CAOC) is knocked offline, who assumes control of the theater airspace? Without distributed, jam-resistant data architectures and mission command protocols for degraded environments, tactical technological dominance will dissolve into operational paralysis.
Operational Imperatives for NATO Airpower
If NATO intends to build genuine deterrence by denial, member states must balance platform acquisition with systemic survivability across five core areas:
Institutionalize Dispersal and Agile Combat Employment (ACE): Finland and Sweden have long mastered highway-strip operations, rapid turnaround, and camouflage doctrine. These must cease to be High North novelties and become standard operating procedure across all Allied air forces. Peacetime operations must routinely exercise dispersed sortie generation from municipal airports and road networks.
Harden the Perimeter and the Flight Line: Every euro invested in advanced airframes must be matched by funding for base survivability: point-defense against low-altitude UAS, hardened aircraft shelters, mobile arrestor gear, rapid airfield damage repair (RADR) kits, and deep magazines of precision munitions.
Expand Logistics at Strategic Depth: Dispersed operating locations demand rapid logistics and robust aerial refueling capacity. Staging fighters farther from the contact line requires a dramatic expansion of NATO’s multinational tanker fleet and hardened pipeline distribution networks.
Solve the Cross-Domain Data Mesh: Allies must field resilient, low-probability-of-intercept gateways that translate fifth-generation sensor data into common operational pictures accessible to non-stealth assets and ground-based integrated air and missile defense systems. They also need the ability to protect and secure their entire EW spectrum, given the F-35's massive reliance on it.
Re-arm and Re-train the Ground Crew: The maintainer, armorer, and combat engineer are frontline combatants. NATO must equip ground personnel with specialized force-protection capabilities, chemical-biological-radiological-nuclear defense gear, and the cross-training required to generate combat sorties in austere, contested conditions.
The True Cost of Deterrence
Deterrence is not measured by the sophistication of one platform; it is measured by the credible ability to absorb a first strike and generate combat power under fire. Building that credibility requires realistic, high-tempo exercises in harsh weather, degraded communications environments, and austere road bases. It must be under conditions that carry legitimate operational risk and wear on equipment.
Before 1989, this operational friction was the routine cost of doing business in Allied Air Forces Central Europe. The pilots of 1940 earned their place in history, but unheralded mechanics, plotters, and engineers preserved their freedom to fight. As NATO retools for contested collective defense, it must remember that fifth-generation air power is only as resilient as the ground beneath its wheels.
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