Czech‑Turkish Korkut: 35‑mm Cannon Firing 1,100 Rounds per Minute to Counter Drone Swarms

Czech Republic and Turkey Collaborate on New Drone Defense System

A collaborative effort between Turkish arms manufacturer Aselsan and Czech firm Excalibur International, part of the CSG group, is underway to develop a new air defense system designed to counter the growing threat of drones. The system,dubbed Korkut,will be built on the 6×6 Tatra Force chassis with development and production slated to take place within the European Union at Czechoslovak Group facilities. This initiative addresses a critical need highlighted by the ongoing conflict in Ukraine, where drones have become a dominant force on the battlefield.

Addressing a Critical Security Gap

The development of Korkut responds directly to a North Atlantic treaty Organization (NATO) demand for more affordable and mobile systems capable of neutralizing drone threats. Conventional anti-aircraft missile systems are often prohibitively expensive, creating a gap in defense capabilities that Korkut aims to fill. The use of drones in modern warfare, particularly as observed in Ukraine, has demonstrated the vulnerability of conventional forces to relatively inexpensive unmanned aerial vehicles.

The Tatra Force Chassis: A Strategic Choice

The selection of the Tatra Force chassis was a deliberate one. This vehicle is renowned for its substantial load-carrying capacity and exceptional off-road mobility, attributes essential for a rapidly deployable air defense platform. The Tatra Force’s inherent mobility allows the system to be quickly repositioned to protect critical assets or accompany maneuvering military units.

Korkut’s Role in Modern Warfare

Unlike static air defense installations, the Korkut system, mounted on the Tatra chassis, is intended to operate alongside combat forces, artillery batteries, or logistical convoys, providing mobile protection. Its wheeled design enables swift deployment across existing road networks,allowing for rapid response to emerging drone threats. This adaptability makes it a versatile asset in dynamic combat scenarios.

System Specifications and Capabilities

While specific details remain under wraps, available data suggests the system will likely feature a dual-barreled Korkut 140/35 configuration. This configuration boasts two 35mm caliber cannons capable of a high rate of fire – approximately 1,100 rounds per minute – with an effective range of 4 kilometers. To enhance accuracy and effectiveness against small, fast-moving drones, the system will incorporate intelligent, programmable airburst munitions like Aselsan’s Atom, which detonate in proximity to the target.

Technological Advantages

The Korkut system’s stabilized turret further enhances its capabilities, enabling accurate engagement of drones even while the vehicle is in motion. This feature is crucial for maintaining defensive coverage during rapid maneuvers and optimizing response times. According to a report by the Center for Strategic and International Studies (CSIS), advanced stabilization technology is becoming increasingly important in modern air defense systems. https://www.csis.org/

Feature	Specification
System Name	Korkut
Manufacturer Collaboration	Aselsan (Turkey) & excalibur International (Czech Republic)
Chassis	Tatra Force 6×6
Cannon Caliber	35mm
Rate of Fire	Approximately 1,100 rounds per minute
Effective Range	4 kilometers

The proliferation of drone technology presents a important challenge to modern militaries. As drones become more complex and readily available,the need for effective counter-drone systems like Korkut will only intensify. do you believe this system will be a game-changer in modern warfare? What other innovations are needed to effectively combat the drone threat?

This collaborative project represents a significant step towards bolstering Europe’s defenses against the evolving threat of unmanned aerial systems. the combination of Turkish technological expertise and Czech manufacturing capabilities promises a potent and adaptable solution for safeguarding critical assets and personnel.

How many rounds per minute does the Korkut 35‑mm cannon fire?

Czech‑Turkish Korkut: 35‑mm Cannon Firing 1,100 Rounds per Minute to Counter Drone Swarms

The escalating threat posed by small unmanned aerial vehicles (sUAVs), commonly known as drones, has spurred significant innovation in counter-drone technology. Among the most promising solutions is the Korkut Low Altitude Air Defense System, a collaborative effort between Turkish firm Aselsan and Czech company ERA. This system, particularly its utilization of a rapid-firing 35-mm cannon, is gaining recognition as a potent tool for neutralizing drone swarms.

Understanding the Drone Threat Landscape

Before diving into the Korkut system, it’s crucial to understand the evolving nature of the drone threat. Initially, drones where primarily used for reconnaissance. today, they are increasingly weaponized, capable of carrying explosives, disrupting critical infrastructure, and even conducting targeted attacks.

* Asymmetric Warfare: Drones offer a cost-effective means for non-state actors to challenge conventional military forces.

* Swarm Tactics: The ability of drones to operate in coordinated swarms multiplies their effectiveness and overwhelms customary air defense systems.

* Low Altitude Challenges: Detecting and engaging small, low-flying drones presents unique technical hurdles for radar and other detection technologies.

* civilian Applications Turned Military: Commercially available drones are easily modified for malicious purposes, blurring the lines between civilian and military threats.

The Korkut System: A Deep dive

The Korkut system isn’t solely reliant on its cannon; it’s a layered defense system designed for extensive drone mitigation. Though, the 35-mm gun is its most visually striking and instantly effective component.

Key components:

* Command, Control and Interaction (C3) Unit: The central nervous system, processing data from sensors and directing the system’s response.

* Radar: Provides initial detection and tracking of aerial targets, including drones. The system utilizes both passive and active radar capabilities.

* Electro-Optical (EO) System: Confirms target identification and provides precise targeting data, especially in cluttered environments.

* 35-mm Quad-Barrel Cannon: The primary effector, capable of firing up to 1,100 rounds per minute. This high rate of fire is critical for intercepting drone swarms.

* Missile Launchers (Optional): some configurations include short-range missile launchers for engaging targets beyond the range of the cannon.

The 35-mm Cannon: precision and Firepower

The heart of Korkut’s kinetic defense is its 35-mm Oerlikon Millennium Gun. This isn’t a new weapon, but its integration into the Korkut system, coupled with advanced targeting algorithms, makes it exceptionally effective against drones.

* Proximity Fuze Ammunition: The cannon utilizes proximity-fuzed ammunition,detonating near the target without requiring a direct hit. This is vital for intercepting fast-moving drones.

* High Rate of Fire: 1,100 rounds per minute creates a dense “wall of lead” capable of destroying multiple drones simultaneously.

* Effective range: The cannon has an effective range of approximately 4,000 meters, providing a considerable engagement envelope.

* Accuracy: Advanced fire control systems ensure high accuracy, minimizing collateral damage.

How Korkut Counters Drone Swarms

Korkut’s effectiveness against drone swarms stems from its ability to rapidly acquire,track,and engage multiple targets concurrently.

1. Detection & Identification: The radar and EO systems work in tandem to detect and identify incoming drones.
2. Threat Assessment: The C3 unit assesses the threat level based on drone speed, altitude, and trajectory.
3. Target Prioritization: The system prioritizes targets based on their perceived threat.
4. Engagement: the 35-mm cannon is automatically targeted and begins firing, creating a dense barrage of projectiles.
5. Damage Assessment: The system assesses the effectiveness of the engagement and adjusts fire as needed.

Operational Deployments and Real-World Performance

While specific details of operational deployments are frequently enough classified, the Korkut system has been deployed in several conflict zones, including:

* Syria: Used to protect Turkish military bases from drone attacks. Reports indicate prosperous interceptions of reconnaissance and armed drones.

* Libya: deployed as part of Turkey’s support for the Government of National Accord, providing air defense against hostile drones.

* Azerbaijan-Armenia Conflict (2020): Although not widely publicized, reports suggest the system was utilized to counter Armenian drone activity.

These deployments demonstrate Korkut’s ability to operate in complex and contested environments.

Benefits of the Korkut System

* Rapid Response: The system’s high rate of fire and automated targeting provide a rapid response to drone threats.

* Versatility: Korkut can engage a wide range of aerial targets, including fixed-wing aircraft, helicopters, and cruise missiles, in addition to drones.

* Layered Defense: The combination of radar, EO systems, and kinetic effectors provides a comprehensive defense against drone attacks.

* Mobile and Deployable: The system is mounted on a wheeled chassis,making it highly mobile and easily deployable.