Globally recognized standards at every stage

Producing life-saving products is of paramount importance to us. We are driven by the knowledge that each advancement we make can reunite a child with their parents in the field. Nurol Teknoloji is more than just a factory. We are a hub of ballistic science, where the tangible manifestation of our work is the product we create.

Ballistic Testing

We employ cutting-edge technologies and stringent testing protocols to ensure our products consistently meet and exceed international standards for ballistic resistance.

Our laboratories are fully accredited by TÜRKAK, the Turkish Accreditation Agency, in accordance with the TS EN ISO/IEC 17025:2017 standard. This accreditation ensures that our testing procedures are reliable, accurate, and adhere to globally recognized standards. In our Gölbaşı and Kazan branches, we perform a variety of tests following these international standards:

Gölbaşı Branch (AB-1425-T):

→ STANAG 4569: A NATO standard for protection levels for occupants of armored vehicles.

→ STANAG 2920: A NATO standard that measures fragmentation resistance.

→ MIL-PRF-46103E: A U.S. Military specification related to ballistic performance.

→ NIJ0108.01, NIJ0101.04, and NIJ0101.06: Various standards set by the National Institute of Justice (U.S.) related to ballistic-resistant protective materials.

→ TS EN 1063: The European standard for testing the ballistic resistance of glass in buildings.

→ TS EN 1522: The European standard for testing the ballistic resistance of windows, doors, shutters, and blinds.

Kazan Branch (AB-1283-T):

→ STANAG 2920: A NATO standard that measures fragmentation resistance.

→ NIJ0101.04, NIJ0101.06: Various standards set by the National Institute of Justice (U.S.) related to ballistic-resistant protective materials.

→ TS EN 1063: The European standard for testing the ballistic resistance of glass in buildings.

→ TS EN 1522: The European standard for testing the ballistic resistance of windows, doors, shutters, and blinds.

→ NIJ0115.00: The standard set by the National Institute of Justice (U.S.) for stab resistance of personal body armor.

Our ballistic tests involve subjecting test samples to high-velocity projectiles in a controlled environment. We then accurately measure and analyze the resulting damage to determine the material or object's effectiveness in providing ballistic protection. The results from these tests inform our ongoing design and development processes, helping us continually improve our products to better meet the needs of our customers. At Nurol Teknoloji, we are dedicated to producing advanced, reliable, and effective ballistic protection solutions that stand up to the most rigorous testing and real-world conditions.

Modeling & Simulation

We apply advanced mathematical techniques to solve complex problems in mechanics. It aids the optimization of ballistic protection systems by accurately predicting system responses to various scenarios.

Material Characterization
We possess the capability for high strain rate mechanical testing. Utilizing the cutting-edge Split Hopkinson Pressure Bar, we can investigate the properties of a variety of materials like ceramics, metals, and composites under severe conditions, enabling efficient simulations.

Terminal Ballistics & Impact Analysis
Our numerical modelling of terminal ballistics studies high-speed projectile impact, crucial for the design of defense mechanisms, and forecasting system behavior under various conditions.

Blast Analysis
We perform simulations to study the effects of explosions on structures, which is key to designing secure strutural systems.

Production Process Simulations, Powder Compaction, Sintering/Thermal Analysis, Metal Forming
Our computational methods optimize the performance of manufacturing processes, study the behavior of powders under pressure, and analyze the effects of heat on materials. This aids in creating reliable production processes and improving the properties of end products.

Design, Shape/Topology Optimizations, Sensitivity and Robustness Analysis
We utilize advanced optimization algorithms to identify the ideal design parameters that meet performance requirements. It helps us design more effective systems, assess potential risks, and vulnerabilities, and improve a design's sustainability.

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