Conical composite tubes, which can be produced up to Φ 600 mm in diameter, are manufactured from fiber-reinforced materials using filament winding technology and are used as cable termination insulators. Composite silicone insulators are a preferred insulation element over porcelain or glass insulators, offering lightweight, high mechanical strength, and superior resistance to breakage or fragmentation.

Composite tubes with a diameter of Φ 300 mm are manufactured from fiber-reinforced materials using filament winding technology and are used in the insulation of high-voltage and current transformers. Composite silicon insulators are a preferred insulation element over porcelain or glass insulators, offering lightweight, high mechanical strength, and superior resistance to fracture or disintegration.

Composite tubes with a diameter of Φ 135 mm are manufactured from fiber-reinforced materials using filament winding technology and are used in the insulation of high-voltage and current transformers. Composite silicon insulators are a preferred insulation element over porcelain or glass insulators, offering lightweight, high mechanical strength, and superior resistance to fracture or disintegration.

With our advanced composite and high-pressure technologies, we produce ultra-lightweight, durable, and high-performance solutions for the most critical platforms of the defense industry. We are shaping the technology of the future today with our domestic engineering.

Designed for the operational continuity of electro-optical and guidance systems, our Argon Cooling Gas Tanks are manufactured with high pressure resistance and superior sealing technology. They reliably cool your systems even in the most challenging field conditions, guaranteeing your mission success.

The TR122 MLRS (Multiple Launch Rocket System) is manufactured using composite materials. Coil winding and resin casting techniques are employed in its production.

The 500 lb aircraft bomb body is manufactured using filament winding and resin casting techniques. Specifically developed composite casting molds are used in the casting process.

Composite/hybrid armor plates are produced using hot pressing techniques. These products are used as additive armor for air, sea, and land platforms.

Guard post armor and portable trench armor, developed for the safety of personnel working at critical facilities and checkpoints, provide superior protection in accordance with modern ballistic standards.

• Quick and Easy Setup: Portable trenches can be quickly deployed in emergency situations without requiring any infrastructure.

• Maximum Ballistic Resistance: Creates safe zones against firearm threats.

• Tactical Design: Enhances personnel operational effectiveness with sights and firing ports.

Insulator housings, manufactured from composite materials using filament winding technology, are used in the insulation of high-voltage transformers. The products exported to Europe are of original design.

Manufactured using advanced composite technologies, additive composite poles offer lightweight, modular, and high-strength solutions for power transmission lines, lighting systems, and telecommunication infrastructure.

• Modular and Easy Assembly: Thanks to its structure consisting of interlocking or modular parts, it provides ease of transport and installation in challenging terrains.

• Superior Durability: Provides complete resistance to corrosion, rust, and extreme weather conditions, minimizing maintenance costs.

• Lightweight and High Strength: Compared to traditional metal or concrete poles, it is much lighter but offers superior performance in wind and load resistance.

Rail-mounted launchers, developed for the safe launching of ammunition and unmanned aerial vehicles in the defense industry, are critical systems offering high precision and durability.

• Precise Aiming: Provides maximum stability during firing, increasing target accuracy.

• Durable Construction: Highly resistant to intense mechanical stresses and harsh environmental conditions.

• Flexible Integration: Easily adapts to different platforms and launch configurations.

In tank guns, bore evacuator systems, which prevent toxic and pressurized gunpowder gases remaining in the barrel after firing from leaking into the crew compartment, play a vital role in armored combat vehicles.

• Crew Safety: Prevents toxic gases from entering the tower, ensuring the safety and uninterrupted performance of duties for personnel.

• High Rate of Fire: It quickly expels residual gases from the barrel, creating a safe and clean environment for the next shot.

• Durable Design: Fully resistant to high temperatures, pressure, and the harsh conditions of the battlefield.

The challenging dynamics of the modern battlefield and armored vehicle operations necessitate the highest standards in crew protection. ZAMBAK (Armored Combat Vehicle Crew Ballistic Composite Helmet) is specifically designed to maximize the safety and operational efficiency of military personnel operating in the most demanding tactical environments.

Developed to protect electro-optical and thermal camera systems, which are the most critical element of situational awareness in the battlefield and border security, Thermal Camera Armor is the product of cutting-edge ballistic engineering. Manufactured with advanced composite and hybrid material architecture, our armor systems provide maximum protection against high-threat levels of shrapnel, bullets, and fragmentation impacts without restricting the cameras' field of view, rotation capability, or thermal sensitivity. It ensures the uninterrupted operation of your surveillance systems even in the most challenging combat conditions.

Rifled launchers, which prevent flight instability by causing the ammunition to rotate around its own axis as it exits the barrel or launcher, offer high accuracy in defense systems.

• Superior Accuracy: Thanks to its rotational movement (gyroscopic effect), the ammunition is guided to the target without deviating from its trajectory.

• High Strength: Manufactured with special alloys resistant to intense shot pressure and mechanical friction.

• Optimization: Improves the performance and ballistic stability of critical firing systems.

Specifically developed for the cockpit crew of our domestically produced attack helicopters, the Composite Pilot Helmet offers top-level ballistic protection and ergonomics according to aviation standards. Manufactured from high-strength, ultra-lightweight, next-generation composite materials, the helmet does not restrict the pilot's movement in challenging flight dynamics and minimizes fatigue. With its integrated sight, night vision, and advanced communication systems, it provides a reliable protective shield for our power in the skies.

Our High Temperature Resistant Composite Solutions, developed for the most demanding thermal environments of the aerospace and defense industries, push the boundaries of traditional materials. Manufactured using specially formulated matrix systems and high-performance reinforcing fibers, these structures maintain their mechanical strength, geometric stability, and structural integrity even during sudden temperature changes (thermal shock) and continuously high operating temperatures. From rocket engine components to exhaust systems, they provide a reliable shield wherever heat is converted into power.

Our LAW launchers, developed for the highly mobile anti-tank operations of the modern battlefield, are among the lightest and strongest examples of advanced composite technology. Our launcher bodies, which can be carried by a single soldier, quickly deployed, and offer uncompromising performance in harsh environmental conditions, provide maximum resistance to high pressure, thermal shocks, and challenging terrain. Thanks to our superior composite engineering, we minimize platform weight, maximizing operator operational efficiency and movement speed.

The Stinger Launcher and Propulsion System, one of the most critical components of air defense systems, is manufactured with our advanced composite manufacturing capabilities for the most demanding combat conditions. Optimized to withstand sudden pressure changes during firing, high thermal loads, and mechanical stresses, these systems maximize firing accuracy and safety. We combine ultra-lightweight construction with high engineering standards that support operator speed and maneuverability, ensuring the system performs its mission flawlessly under all conditions.