TOLGA According to National Interest: Turkey’s New Short-Range Shield Against Drone Swarms

Developed by MKE, the TOLGA Short-Range Air Defense System achieved 100% success in eight live-fire scenarios against drones at Konya Karapınar. National Interest highlights it as a “new-generation shield” capable of clearing the sky of drone swarms.

Turkey’s defense industry has now fielded a new “counter-weapon” to drones. The TOLGA Short-Range Air Defense System, developed by the state-owned company MKE, successfully completed live-fire trials at the Konya Karapınar Firing, Test and Evaluation Center, destroying unmanned aerial targets in eight different engagement scenarios.

From mini and micro drones to tactical UAVs and kamikaze FPV swarms, TOLGA is designed to stop a wide spectrum of low-altitude threats. International outlets such as National Interest describe it as a new-generation platform that can “clear the sky of drone swarms” – a sign that the system is making an impact not only technically, but also in terms of perception and messaging.

WHAT IS TOLGA AND WHERE DOES IT FIT?

As its name suggests, TOLGA is a short-range air defense system. Its mission is to protect ground forces, critical facilities, bases, moving convoys and, in the future, naval platforms against small but lethal threats approaching from low altitude.

In Turkey’s layered air defense architecture, longer-range systems cover the upper layers, the Hisar family protects the medium tier, and platforms such as Korkut guard the low–medium band. TOLGA fills the “closest ring” against mini/micro UAVs and FPV swarms – the last protective shield, and at the same time an electronic barrier that can shape the fight from the very beginning.

DETECTION ARCHITECTURE: A CIRCLE STARTING AT 10 KM

At the heart of TOLGA lies a 360-degree sensor architecture. A mobile radar, electro-optical/thermal cameras and a jammer system work together to scan the airspace out to roughly 10 kilometers, detecting and classifying mini drones, kamikaze platforms and swarm threats.

This allows the system to show the operator not just “a single drone” but an overall threat picture. The command-and-control software then helps decide which target should be jammed first, which should be engaged with kinetic fire and which weapon tier should be used.

SOFT-KILL: BLINDING THE DRONE FROM A DISTANCE

TOLGA’s first choice is the cheapest and cleanest solution available: electronic warfare. From about 3 kilometers, its jammer system attempts to cut the drone’s data link, disrupt its navigation or force it into a fail state and crash.

This soft-kill approach is especially critical against low-cost FPV swarms. It allows large numbers of drones to be neutralized without expending expensive ammunition, creating an invisible electronic wall in the sky before anything else.

HARD-KILL: A THREE-LAYERED WALL OF FIRE

If the drone continues to approach, TOLGA switches to its hard-kill package. The system’s weapons are organized into three layers according to range:

• 35 mm gun system: up to around 3,000 meters
• 20 mm gun system: up to around 1,000 meters
• Fixed and rotary 12.7 mm machine guns: up to around 300 meters

MKE has developed special anti-drone ammunition for these weapons. Instead of relying on a single hit, the round detonates near the target and releases a cloud of fragments. For small, fast FPV drones, this fragment cloud is far more practical than trying to score a perfect point hit.

In practice, TOLGA offers a layered short-range defense concept: starting with electronic pressure from 3 km, followed by bands of gunfire at 3, 1 and 0.3 km. This is very close to the C-UAS concepts many modern armies are trying to implement.

THREE OPERATION MODES: MANNED, SEMI-AUTONOMOUS, FULLY AUTONOMOUS

The system can operate in three modes: manual, semi-autonomous and fully autonomous. In manual mode, the operator directly controls detection and engagement. In semi-autonomous mode, TOLGA detects and tracks the target, while the final fire decision remains in human hands.

In fully autonomous mode, the system can detect, track and engage certain categories of threats on its own, within predefined rules of engagement. Against dense drone swarms, where dozens of decisions must be made within seconds, this level of autonomy shifts from being a luxury to a necessity.

WHAT DOES NATIONAL INTEREST HIGHLIGHT?

The US-based National Interest draws attention to several points when describing TOLGA:

• 100% success across eight different live-fire scenarios
• The combination of electronic jamming and gun systems against drone swarms
• Military and diplomatic delegations from more than a dozen countries attending the tests
• The fact that TOLGA turns Turkey into not only a “drone producer” but also a developer of “anti-drone solutions”

In other words, TOLGA is presented not just as a weapon system but also as an instrument of foreign policy, reinforcing Turkey’s image as a rising defense exporter.

A NEW LINK IN TURKEY’S “STEEL DOME”

With TOLGA entering service, an important gap in Turkey’s layered air defense chain is closing. While long-range systems and the Hisar family cover the upper layers, and platforms like Korkut protect lower altitudes, TOLGA strengthens the bottom tier against mini and micro drones.

This can be read as a “robotic shield” against the age of robotic warfare. On one side are swarms of cheap kamikaze drones spreading over the battlefield; on the other side stands an integrated defense architecture that jams them, monitors them and, if necessary, cuts them down with walls of fire.

In short, TOLGA shows that the Turkish Armed Forces are not only keeping up with the drone era, but also becoming one of the actors shaping the anti-drone side of that era.