(DEFENCE SECURITY ASIA) — Türkiye’s wheeled KORKUT 35 air defence system has engaged drones and moving ground targets during a live-fire demonstration attended by delegations from 12 countries, placing mobile protection against inexpensive aerial threats at the centre of a potential export campaign.

At the Karapınar range in Konya, the 8×8 gun vehicle demonstrated detection, tracking and engagement under changing conditions, illustrating how short-range air defence could accompany manoeuvring formations rather than depend entirely on weapons positioned around fixed facilities.

The most consequential feature was firing while moving, because a formation that can respond to an approaching drone without stopping may preserve momentum and avoid the vulnerable pause normally associated with deploying a defensive weapon.

The aerial scenarios included fixed-wing, delta-wing, kamikaze and mini or micro unmanned aircraft, reflecting a battlefield in which relatively cheap targets can force armies to consume more expensive interceptors or halt valuable combat units.

The demonstration showed engagements against selected UAVs, but a controlled firing event cannot establish how reliably KORKUT would perform against simultaneous attacks, electronic interference, concealed launch positions or threats appearing without advance warning.

Another scenario placed both the KORKUT vehicle and a ground target in motion, testing whether its stabilized gun and fire-control system could maintain accuracy when neither the firing platform nor the object being engaged remained stationary.

That surface engagement broadens the system’s possible tactical use, although ammunition fired at ground targets would reduce the rounds immediately available to protect the same formation against drones, helicopters or other low-altitude threats.

The visiting countries have not been identified, and attendance establishes no procurement commitment; any acquisition would require additional assessment of performance, integration, ammunition supply, training and the system’s ability to remain operational during extended deployments.

KORKUT’s central proposition is that radar-directed 35 mm fire and programmable airburst ammunition can defeat nearby aerial threats while conserving longer-range missiles for targets that guns cannot reach or engage in sufficient time.

That proposition also exposes its operational limits: short gun range compresses reaction time, so early warning, rapid target assignment and sustained sensor availability become as important as the vehicle’s demonstrated ability to fire accurately.

For prospective operators, the decisive issue reaches beyond a successful firing sequence to whether command vehicles, communications, maintainers and ammunition convoys can keep pace with widely dispersed forces under sustained drone pressure.

Karapınar therefore illustrated a wider military question with global relevance: whether mobile gun systems can provide enough repeatable, affordable engagements to protect manoeuvring troops without creating an unsustainable logistics burden of their own.

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What the Karapınar Demonstration Actually Showed

The firing event presented detection, tracking, engagement and target neutralisation as a connected sequence, testing more than the ability of twin 35 mm cannon to place rounds near an airborne object under controlled conditions.

That sequence matters because a defender must identify a small target, establish a usable track and calculate a firing solution before a low-flying drone crosses the narrow window in which gunfire remains effective.

Different UAV shapes were used to demonstrate engagements against more than one target profile, although the available details do not establish whether their speeds, manoeuvres, signatures and approach directions reflected the most demanding wartime conditions.

Kamikaze drones received particular attention because their direct approach toward troops or equipment can leave little time for classification and response, making delays in processing sensor information potentially decisive even when the guns perform as designed.

Firing from a moving 8×8 vehicle added another technical challenge, since changes in platform attitude, turret alignment and target position must be accounted for continuously while the fire-control system maintains an accurate solution.

The moving-ground-target scenario tested a related but distinct capability: placing effective fire on a surface object while the gun vehicle itself remained in motion, with both movements affecting tracking and shot placement.

The disclosed account does not provide engagement distances, target speeds, ammunition expenditure, weather conditions or results from repeated attempts, preventing a reliable calculation of effectiveness across the full range of likely threats.

It also does not establish how the system would prioritize several incoming drones at once, maintain tracking through electronic interference or respond when crews have no advance knowledge of the targets selected.

The narrow, defensible conclusion is that the showcased engagements were completed during the Karapınar event; sustained effectiveness against complex or contested attacks would require broader testing under less predictable operational conditions.

Those distinctions matter to the visiting delegations, because a successful demonstration can justify closer evaluation, while a fielding decision demands evidence about readiness, network compatibility, crew workload and repeated engagements between resupply opportunities.

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How Twin 35 mm Guns Address the Drone Threat

KORKUT 35 combines twin cannon with ATOM 35 programmable airburst ammunition, giving its fire-control system a means to place a fragment pattern near an aerial target instead of depending solely on a direct hit.

That mechanism is relevant against small UAVs because their limited physical size makes a direct strike difficult, whereas a properly timed airburst can damage an aircraft as it crosses the predicted fragment zone.

Airburst ammunition does not eliminate the need for accurate tracking: an error in target position, movement prediction or detonation timing can still place the fragment cloud away from the drone’s actual flight path.

An engagement range of about four kilometres places KORKUT in the close-defence layer, where it can contest threats approaching a protected unit but cannot substitute for wider surveillance or weapons covering more distant airspace.

Rapid fire may improve the chance of damaging a fleeting target, yet it can also consume ready ammunition quickly when successive drones arrive, turning burst length and target selection into immediate tactical decisions.

The wheeled variant’s approximately 200 ready rounds illustrate that constraint, since crews facing repeated attacks must preserve enough ammunition for later threats while still firing sufficient rounds to stop those already inbound.

KORKUT’s advertised target set also includes helicopters, fighter aircraft, cruise missiles and air-to-ground weapons, but each presents different demands in speed, altitude and approach geometry that a drone demonstration cannot resolve.

A fast missile may offer only a brief firing opportunity, while an aircraft employing stand-off weapons could remain outside gun range altogether, limiting the significance of broad target-category claims without scenario-specific performance data.

Using gun ammunition against low-cost drones could improve the cost exchange compared with firing a guided missile at each target, although no disclosed figures establish the ammunition spent per kill or a verified operating cost.

The strategic value of ATOM 35 therefore depends on combining a workable engagement probability with sufficient ammunition stocks and early warning, allowing the gun layer to absorb threats without exhausting the force’s wider defences.

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Why the 8×8 Vehicle Changes Force Posture

Installing KORKUT on an 8×8 tactical vehicle directs attention toward protecting formations that move, disperse and regroup, rather than concentrating every short-range air-defence weapon around bases, headquarters or other permanent locations.

A gun vehicle travelling with troops can reduce the distance between a protected formation and its defensive weapon, although actual coverage will still vary with terrain, vehicle spacing and the direction of an attack.

Firing while moving may reduce the need to halt for every engagement, which matters when hostile surveillance can identify stopping points and attack vehicles during the interval between movement and renewed protection.

That mobility requires a supporting footprint: ammunition, fuel, replacement parts, maintenance personnel and functioning communications must accompany the guns, or the defensive advantage demonstrated on a range will diminish during prolonged operations.

A KORKUT battery is commonly organized around three gun vehicles and one command-and-control vehicle, combining distributed weapons with a coordinating element that helps develop the local air picture and assign targets.

This arrangement can give individual guns better warning than their onboard sensors provide alone, while also making command communications and the survival of the coordinating vehicle important to the battery’s overall effectiveness.

The original tracked KORKUT configuration addresses the protection of mechanised formations, while the wheeled KORKUT 140/35 offers a mobility profile that may suit forces placing greater emphasis on road movement and redeployment.

Neither chassis solves every movement problem: road speed, off-road performance, protection, transport requirements and maintenance demands must be judged against the routes and terrain on which an army expects to fight.

The demonstrated ground-target engagement adds flexibility to the wheeled platform, but each extra task competes for crew attention and ammunition when aerial threats are approaching the same protected formation.

For armies considering the system, the force-structure question is how many gun and command vehicles are needed to maintain useful coverage as units spread out, change routes and draw supplies from separate locations.

KORKUT’s Place in Layered Air Defence

KORKUT operates in the short-range, low-altitude portion of an air-defence system, where radar-directed guns can complement weapons intended to detect or engage threats before they approach a protected formation.

That division matters because a gun may offer a close-range answer to small drones, while threats outside its firing envelope still require earlier warning and, where available, longer-range interceptors or other countermeasures.

A battery’s effectiveness consequently depends on receiving timely, reliable target information from its own sensors or a wider network, especially when a low-flying object gives crews only a brief engagement window.

Radar and electro-optical tracking offer different ways to follow a target, but ground clutter, restricted sightlines and attempts to disrupt detection can still interfere with the quality of the firing solution.

A drone approaching behind terrain or structures may appear late, forcing commanders to position guns around likely approach routes while accepting that such positions can restrict movement or expose defensive vehicles.

Cruise missiles and air-to-ground weapons present an additional close-defence challenge because their speed and approach may allow fewer corrections than engagements against slower UAVs, increasing the importance of early and accurate cueing.

Under a simultaneous drone attack, the main limitation could shift from whether a gun can destroy one target to how quickly the battery can classify threats, assign guns and complete separate engagements.

Dispersing gun vehicles may complicate an attacker’s route planning, but separation can also increase communications demands and stretch the ammunition distribution needed to keep every vehicle ready for another wave.

The Karapınar firing does not establish performance against a drone swarm, since simultaneous target numbers, reload intervals and command-system capacity were not disclosed as measurable results from the demonstration.

KORKUT’s strongest operational case is therefore as one part of layered defence, providing a mobile final engagement opportunity whose effectiveness grows when surveillance and command networks detect threats before they reach gun range.

The Export Opportunity and Its Unanswered Questions

The presence of delegations from 12 countries made the event an international capability showcase, connecting KORKUT’s wheeled configuration with the wider demand for protection against drones threatening troops and valuable equipment.

Because the countries were not identified, the demonstration cannot establish which armed forces are evaluating the system, whether formal acquisition requirements exist or whether negotiations have moved beyond preliminary interest.

A buyer would need more than gun vehicles: secure communications, national identification procedures, crew training, replacement components and dependable ATOM 35 supply would determine whether the capability remains available after deployment.

Integration would be particularly important for an army using different radars or command systems, since a gun receiving reliable offboard warning may have considerably more time to respond than one operating alone.

The economics also require scrutiny, because ammunition that costs less than a missile does not automatically make an entire battery inexpensive once vehicles, sensors, personnel, maintenance and wartime stocks are included.

Prospective customers would need repeated performance data by target type, engagement distance and environmental condition to determine whether success against selected range targets predicts effectiveness against their own likely threats.

An 8×8 chassis could interest armies organized around wheeled formations, but that advantage would have to survive practical tests involving local terrain, road networks, transport capacity and the pace of supported units.

For Türkiye, displaying a combined gun, ammunition and fire-control system signals an effort to address a defence requirement shared by many countries as inexpensive UAVs complicate the protection of manoeuvring forces.

The event does not, however, demonstrate a shift in any regional military balance: no export contract, foreign deployment, readiness rate or operationally integrated force was established by the firing demonstration.

Karapınar showed why mobile 35 mm air defence is attracting attention; whether KORKUT changes a future battlespace will depend on repeatable engagements, resilient command links and ammunition reaching the guns as reliably as the threats reach their targets.