Vehicles
Certified solution for STANAG 4569 lvl. 3
Characteristics of synergic armor
-
First layer: Synergic ceramic metal composite
(23 mm; 80 kg/m2) - Second layer: Armox 500 (7.5 mm)
- Overall thickness: 31 mm (1.2”)
- Areal density: 140 kg/m2 (29 lb /ft2)
Anterior
Siguiente
STANAG 4569 lvl. 3 - multihit
- 7.62 mm x 51 AP (WC core)
- 7.62 mm x 54R B32 API
- FSP 20 mm
- 12.7 mm x 107 B32 API ! EXTRA ! (STANAG 2280)
Different armor solution attributes
To save lives on the front line
Ceramic-Metal Synergic Ballistic Armor
- TriCera s.r.o. was established 2021 as a Brno University of Technology spin-off company. We are focused on production of ballistic protection against armor piercing projectiles…
- The ballistic protection is independent of external condition (temperatue, humidity, chemicals etc.) -> Fireproof
- Easy connection with car body or other support construction (customized design)
- Unlimited lifetime and higher durability
Main advantages of polymer-free solution
- Material and geometry of ceramic bodies can be modified (Al2O3 , SiC , TiC , B4C , etc.)
- Body of the synergic armor is aluminum alloy
- Thickness and strength/hardness of the basic ballistic plate vary with the level of protection (Armox, Hardox, Secure etc.)
- Ratio of ballistic protection level and areal mass can be customized for specific applications
- The material is designed to protect against armor piercing (AP) ammunition
Certified solution
Characteristics of synergic armor (lvl 3)
-
First layer: Synergic ceramic metal composite
(23 mm; 80 kg/m2) - Second layer: Armox 500 (7.5 mm)
- Overall thickness: 31 mm (1.2”)
- Areal mass: 140 kg/m2 (29 lb /ft2)
Anterior
Siguiente
STANAG 4569 Level 3 - multihit
- 7.62 mm x 51 AP (WC core)
- 7.62 mm x 54R B32 API
- FSP 20 mm
- 12.7 mm x 107 B32 API ! EXTRA ! (STANAG 2280)
Potential application
- Ballistic protection of armored vehicles
- Ballistic shields
- Explosion proof and anti fragment protection
- Ballistic resistant doors
- Boxes for safe transport of ammunition and explosives
Anterior
Siguiente
Different armor solution attributes
To save lives on the front line
Ceramic-Metal Synergic Ballistic Armor
- TriCera s.r.o. was established 2021 as a Brno University of Technology spin-off company. We are focused on production of ballistic protection against armor piercing projectiles…
-
The ballistic protection is independent of external condition
(temperatue, humidity, chemicals etc.) -> Fireproof
-
Easy connection with car body or other support construction
(customized design)
- Unlimited lifetime and higher durability
Main advantages of polymer-free solution
- Material and geometry of ceramic bodies can be modified (Al2O3 , SiC , TiC , B4C , etc.)
- Body of the synergic armor is aluminum alloy
- Thickness and strength/hardness of the basic ballistic plate vary with the level of protection (Armox, Hardox, Secure etc.)
- Ratio of ballistic protection level and areal mass can be customized for specific applications
- The material is designed to protect against armor piercing (AP) ammunition
Certified solution
Characteristics of synergic armor (lvl 3)
-
First layer: Synergic ceramic metal composite
(23 mm; 80 kg/m2) - Second layer: Armox 500 (7.5 mm)
- Overall thickness: 31 mm (1.2”)
- Areal mass: 140 kg/m2 (29 lb /ft2)
Anterior
Siguiente
STANAG 4569 Level 3 - multihit
- 7.62 mm x 51 AP (WC core)
- 7.62 mm x 54R B32 API
- FSP 20 mm
- 12.7 mm x 107 B32 API ! EXTRA ! (STANAG 2280)
Potential application
Anterior
Siguiente
- Ballistic protection of armored vehicles
- Ballistic shields
- Explosion proof and anti fragment protection
- Ballistic resistant doors
- Boxes for safe transport of ammunition and explosives
Different armor solution attributes
To save lives on the front line
Ceramic-Metal Synergic Ballistic Armor
- TriCera s.r.o. was established 2021 as a Brno University of Technology spin-off company. We are focused on production of ballistic protection against armor piercing projectiles…
- The ballistic protection is independent of external condition (temperatue, humidity, chemicals etc.) -> Fireproof
- Easy connection with car body or other support construction (customized design)
- Unlimited lifetime and higher durability
Main advantages of polymer-free solution
- Material and geometry of ceramic bodies can be modified (Al2O3 , SiC , TiC , B4C , etc.)
- Body of the synergic armor is aluminum alloy
- Thickness and strength/hardness of the basic ballistic plate vary with the level of protection (Armox, Hardox, Secure etc.)
- Ratio of ballistic protection level and areal mass can be customized for specific applications
- The material is designed to protect against armor piercing (AP) ammunition
Certified solution
Characteristics of synergic armor (lvl 3)
-
First layer: Synergic ceramic metal composite
(23 mm; 80 kg/m2) - Second layer: Armox 500 (7.5 mm)
- Overall thickness: 31 mm (1.2”)
- Areal mass: 140 kg/m2 (29 lb /ft2)
Anterior
Siguiente
STANAG 4569 Level 3 - multihit
- 7.62 mm x 51 AP (WC core)
- 7.62 mm x 54R B32 API
- FSP 20 mm
- 12.7 mm x 107 B32 API ! EXTRA ! (STANAG 2280)
Potential application
- Ballistic protection of armored vehicles
- Ballistic shields
- Explosion proof and anti fragment protection
- Ballistic resistant doors
- Boxes for safe transport of ammunition and explosives
Anterior
Siguiente
Different armor solution attributes
To save lives on the front line
Ceramic-Metal Synergic Ballistic Armor
- TriCera s.r.o. was established 2021 as a Brno University of Technology spin-off company. We are focused on production of ballistic protection against armor piercing projectiles…
-
The ballistic protection is independent of external condition
(temperatue, humidity, chemicals etc.) -> Fireproof
-
Easy connection with car body or other support construction
(customized design)
- Unlimited lifetime and higher durability
Main advantages of polymer-free solution
- Material and geometry of ceramic bodies can be modified (Al2O3 , SiC , TiC , B4C , etc.)
- Body of the synergic armor is aluminum alloy
- Thickness and strength/hardness of the basic ballistic plate vary with the level of protection (Armox, Hardox, Secure etc.)
- Ratio of ballistic protection level and areal mass can be customized for specific applications
- The material is designed to protect against armor piercing (AP) ammunition
Certified solution
Characteristics of synergic armor (lvl 3)
-
First layer: Synergic ceramic metal composite
(23 mm; 80 kg/m2) - Second layer: Armox 500 (7.5 mm)
- Overall thickness: 31 mm (1.2”)
- Areal mass: 140 kg/m2 (29 lb /ft2)
Anterior
Siguiente
STANAG 4569 Level 3 - multihit
- 7.62 mm x 51 AP (WC core)
- 7.62 mm x 54R B32 API
- FSP 20 mm
- 12.7 mm x 107 B32 API ! EXTRA ! (STANAG 2280)
Potential application
Anterior
Siguiente
- Ballistic protection of armored vehicles
- Ballistic shields
- Explosion proof and anti fragment protection
- Ballistic resistant doors
- Boxes for safe transport of ammunition and explosives
Different armor solution attributes
To save lives on the front line
Ceramic-Metal Synergic Ballistic Armor
- TriCera s.r.o. was established 2021 as a Brno University of Technology spin-off company. We are focused on production of ballistic protection against armor piercing projectiles…
- The ballistic protection is independent of external condition (temperatue, humidity, chemicals etc.) -> Fireproof
- Easy connection with car body or other support construction (customized design)
- Unlimited lifetime and higher durability
Main advantages of polymer-free solution
- Material and geometry of ceramic bodies can be modified (Al2O3 , SiC , TiC , B4C , etc.)
- Body of the synergic armor is aluminum alloy
- Thickness and strength/hardness of the basic ballistic plate vary with the level of protection (Armox, Hardox, Secure etc.)
- Ratio of ballistic protection level and areal mass can be customized for specific applications
- The material is designed to protect against armor piercing (AP) ammunition
Certified solution
Characteristics of synergic armor (lvl 3)
-
First layer: Synergic ceramic metal composite
(23 mm; 80 kg/m2) - Second layer: Armox 500 (7.5 mm)
- Overall thickness: 31 mm (1.2”)
- Areal mass: 140 kg/m2 (29 lb /ft2)
Anterior
Siguiente
STANAG 4569 Level 3 - multihit
- 7.62 mm x 51 AP (WC core)
- 7.62 mm x 54R B32 API
- FSP 20 mm
- 12.7 mm x 107 B32 API ! EXTRA ! (STANAG 2280)
Potential application
- Ballistic protection of armored vehicles
- Ballistic shields
- Explosion proof and anti fragment protection
- Ballistic resistant doors
- Boxes for safe transport of ammunition and explosives
Anterior
Siguiente
Different armor solution attributes
To save lives on the front line
Ceramic-Metal Synergic Ballistic Armor
- TriCera s.r.o. was established 2021 as a Brno University of Technology spin-off company. We are focused on production of ballistic protection against armor piercing projectiles…
-
The ballistic protection is independent of external condition
(temperatue, humidity, chemicals etc.) -> Fireproof
-
Easy connection with car body or other support construction
(customized design)
- Unlimited lifetime and higher durability
Main advantages of polymer-free solution
- Material and geometry of ceramic bodies can be modified (Al2O3 , SiC , TiC , B4C , etc.)
- Body of the synergic armor is aluminum alloy
- Thickness and strength/hardness of the basic ballistic plate vary with the level of protection (Armox, Hardox, Secure etc.)
- Ratio of ballistic protection level and areal mass can be customized for specific applications
- The material is designed to protect against armor piercing (AP) ammunition
Certified solution
Characteristics of synergic armor (lvl 3)
-
First layer: Synergic ceramic metal composite
(23 mm; 80 kg/m2) - Second layer: Armox 500 (7.5 mm)
- Overall thickness: 31 mm (1.2”)
- Areal mass: 140 kg/m2 (29 lb /ft2)
Anterior
Siguiente
STANAG 4569 Level 3 - multihit
- 7.62 mm x 51 AP (WC core)
- 7.62 mm x 54R B32 API
- FSP 20 mm
- 12.7 mm x 107 B32 API ! EXTRA ! (STANAG 2280)
Potential application
Anterior
Siguiente
- Ballistic protection of armored vehicles
- Ballistic shields
- Explosion proof and anti fragment protection
- Ballistic resistant doors
- Boxes for safe transport of ammunition and explosives
Different armor solution attributes