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BALLISTIC
ARMOR PLATES

Uncompromising vital-organ protection. Advanced materials ranging from multilayer UHMWPE to SiC ceramic-composite hard armor plates, engineered for mobility, confidence and high-threat operational use

PROFESSIONAL PERSONAL ARMOR

ARMOR PROTECTION TECHNOLOGIES

Armor plate materials and construction
MATERIALS AND CONSTRUCTION

CERAMIC COMPOSITE AND UHMWPE

We offer two primary hard armor panel technologies. The first is ultralight multilayer UHMWPE. The second is ceramic-composite armor combining a silicon carbide SiC strike face with UHMWPE backing to address high-threat rifle and armor-piercing threat profiles

Armor plate protection level and weight balance
PERFORMANCE BALANCE

THREAT LEVELS AND WEIGHT ERGONOMICS

The lineup is configured for different operational threat profiles, including NIJ Level III / IV protection packages and STANAG-aligned fragmentation considerations. The lightest UHMWPE plates start from 1.5 kg, while high-threat ceramic panels are available from 2.8 kg to 3.1 kg depending on configuration. All plates use Multi-curve anatomical geometry for stable body fit

Stand-Alone armor plates
STANDALONE SECURITY

STAND-ALONE (SA) SYSTEMS

Stand-Alone means the armor plate delivers its declared protection level by itself. It does not require an additional soft armor backer underneath. This is the preferred configuration for users running minimalist plate carriers and seeking a reduced overall equipment profile

ICW armor plates
INTEGRATED SOLUTION

IN CONJUNCTION WITH (ICW)

ICW plates are designed to work only in conjunction with soft armor backing. This approach allows the ceramic panel itself to be lighter. The plate handles the primary kinetic impact, while the soft armor package helps manage backface deformation and provides additional fragmentation protection

Lightweight armor plates
MAXIMUM MOBILITY

LIGHTWEIGHT LINEUP

Modern combat operations demand high mobility. That is why we developed dedicated lightweight configurations: from ultralight UHMWPE 1.5 kg plates for NIJ III-class packages to optimized ceramic ICW 2.8 kg configurations for high-threat protection. Even a few hundred grams of weight reduction can significantly reduce fatigue during extended missions

Ballistic armor plate laboratory testing
MISSION-CRITICAL RELIABILITY

TESTING AND CERTIFICATION

Every production batch is controlled. Plates undergo laboratory ballistic testing to verify resistance against rifle threats and high-velocity fragments in accordance with applicable NIJ and STANAG test logic. Certification confirms that declared performance reflects the real protective capability of the product in operational conditions

ARMOR PLATE SELECTION

WHAT MATTERS WHEN SELECTING BALLISTIC PROTECTION

THREAT LEVEL

A PLATE IS SELECTED FOR THE REAL THREAT, NOT JUST THE HIGHEST LABEL

NIJ III
NIJ IV
STANAG

The primary selection criterion is the expected threat level and the operational scenario. Lighter plates are appropriate where mobility is critical, while higher-threat ceramic solutions are used when resistance to more complex ballistic impacts is the priority

WEIGHT AND MOBILITY

EVERY KILOGRAM AFFECTS USER ENDURANCE

LIGHTWEIGHT
MOBILITY
ENDURANCE

An armor plate must protect without taking away mobility. Lightweight UHMWPE configurations reduce load during extended wear, while ceramic composites enable higher threat protection at controlled weight

MATERIALS

UHMWPE AND SiC SOLVE DIFFERENT PROTECTION TASKS

UHMWPE
SiC
COMPOSITE

UHMWPE is used for ultralight plates and reducing the total load on the user. SiC ceramic combined with UHMWPE is applied where greater resistance to complex threats and efficient disruption of impact energy are required

SA AND ICW

STAND-ALONE OR IN CONJUNCTION WITH SOFT ARMOR

SA
ICW
SOFT ARMOR BACKER

Stand-Alone works as an independent plate without a mandatory soft armor backer. ICW is designed to work together with soft ballistic protection, allowing weight optimization and functional load-sharing between the plate and the soft armor package

ERGONOMICS

MULTI-CURVE GEOMETRY HELPS THE PLATE WORK WITH THE BODY

FIT
STABILITY
COMFORT

Multi-curve anatomical geometry reduces the “flat board” feel on the torso, improves fit and stabilizes the plate inside the carrier. This matters during movement, bending, equipment handling and all-day wear

TESTING

LABORATORY CONTROL CONFIRMS DECLARED PERFORMANCE

TESTING
NIJ
STANAG

For armor plates, the construction itself is not enough — real performance must be verified. Laboratory ballistic testing and batch control make it possible to confirm declared protection level, material stability and predictable product behavior under ballistic loading

Need guidance on selecting armor plates for a specific operational scenario?

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