11 PAF Bases Hammered, Airbases Exposed: Why Highway Landing Strips Are Critical For Air Power Survival?

A wave of missile and drone strikes has crippled eleven Pakistan Air Force installations, exposing a critical weakness in the nation’s air‑defence posture. The attacks, carried out by well‑coordinated militant groups, targeted runways, fuel depots and command centres, leaving several squadrons unable to launch or receive aircraft. As the dust settles, military planners are revisiting a concept that has gained traction worldwide: using highway sections as temporary airstrips to keep air power alive when permanent bases are under threat.

Background to the strikes

The series of assaults began with precision‑guided missiles aimed at the outer perimeter of each base. Within minutes, runway surfaces were peppered with craters, and fuel storage tanks ignited. Drone swarms followed, dropping small explosives on hangars and radar installations. By the end of the operation, eleven bases reported significant damage, and at least three were forced to suspend flight operations for weeks.

Analysts say the attacks demonstrate a shift in tactics. Rather than focusing on ground forces alone, hostile actors are now capable of striking deep into a country’s strategic infrastructure, leveraging cheap but effective technology to achieve disproportionate impact.

Why traditional bases are exposed

Permanent airfields are built for efficiency, not survivability. They concentrate aircraft, maintenance crews, spare parts and command structures in one location. When an adversary can locate and strike those hubs, the result is a rapid loss of air‑combat capability. In the case of the Pakistan Air Force, the concentration of fighter squadrons at a handful of major bases made them prime targets.

Modern air‑defence systems can provide some protection, but they are not fool‑proof against low‑observable missiles or swarms of small drones. Moreover, rebuilding a runway or repairing a fuel depot can take weeks, a timeline that does not match the speed of contemporary conflicts.

Highway strips as a solution

A highway landing strip is a pre‑designated section of a major road that can be converted into a functional runway within minutes. The concept relies on several key features:

Straight, reinforced pavement long enough for take‑off and landing of combat aircraft. Minimal surrounding obstacles such as bridges, overpasses or high‑rise structures. * Built‑in drainage and lighting systems that can be activated quickly.

When a base is hit, aircraft can be redirected to a highway strip, refuelled from mobile tanks and re‑armed by ground crews using portable equipment. The result is a dispersed operating model that makes it harder for an enemy to cripple an entire air fleet with a single strike.

Countries with large land masses and dispersed populations have already embraced the idea. The United States maintains a network of emergency landing sites along its interstate system, ready to support fighter jets in a crisis. Sweden, during the Cold War, built a series of road runways that could host its Gripen fighters, a practice that continues today under the name "Bas 60".

In Asia, India has conducted regular exercises that convert sections of the National Highway network into temporary airfields. Those drills demonstrated that a modern fighter can safely operate from a 2,500‑meter stretch of highway, even under simulated combat conditions.

The recent Pakistani experience adds another data point: when permanent infrastructure is compromised, the ability to launch from a road can keep a nation's air defence alive and maintain a credible deterrent.

Challenges and next steps

Implementing highway strips is not without hurdles. First, the road must be built to handle the weight of high‑performance aircraft, which can exceed 20 tonnes on landing. This often requires reinforcement of the pavement and the removal of road markings that could interfere with aircraft operations.

Second, security is a concern. A highway is a public space, and protecting it from sabotage or enemy reconnaissance demands additional resources. Mobile air‑defence units, rapid‑response security teams and surveillance drones are typically deployed to guard the strip during use.

Third, logistical support must be pre‑positioned. Fuel trucks, ammunition containers and maintenance kits need to be stored nearby, ready to roll out at a moment’s notice. This calls for a robust supply chain that can operate under contested conditions.

Despite these challenges, many defence ministries view highway strips as a cost‑effective way to increase resilience. Compared with building new permanent bases, upgrading existing roadways costs a fraction of the budget while delivering a flexible, survivable platform for air operations.

Potential impact on regional security

If Pakistan moves forward with a nationwide highway strip program, the balance of air power in South Asia could shift. A more survivable air force would complicate the planning of adversaries who rely on quick, high‑impact strikes to neutralise air capability.

Neighbouring states are likely to watch closely, as the concept could spread to other nations facing similar threats. The broader implication is a move toward more distributed, network‑centric warfare, where the loss of a single base no longer guarantees air superiority for an opponent.

The recent damage to eleven air force installations underscores a growing reality: static air bases are vulnerable in an era of precision weapons and autonomous drones. Highway landing strips offer a practical answer, allowing air power to survive, adapt and continue operating even when traditional infrastructure is compromised. As nations reassess their defence strategies, the humble stretch of pavement that carries civilian traffic may become a cornerstone of future air‑combat readiness.