


PARTNER STRATEGICZNY: PELTER

PELTER SHELTERS
Pelter modular shelters are a modern solution that provides effective protection for people and equipment against threats. Made of composites and polymers, they are suitable as shelters for residents, crisis management centers or field warehouses. Their modular design allows for flexible configuration and adaptation to the needs of the commune. Tested in polygon conditions, they meet rigorous NATO standards and withstand detonations of explosive charges in close proximity. Pelter shelters are reliable and safe in every crisis situation.
PELTER SHELTER GALLERY

VERSATILITY
The unique advantage of our shelters is their modular design, which allows for:
-
any configuration and interior arrangement,
-
adapting the space to the specific requirements of the commune,
-
maximizing functionality and comfort of use,
-
maintaining ease of operation and maintenance.
Pelter modular shelters have undergone advanced testing in real field conditions, meeting the most demanding defense and NATO standards.
Our shelters were subjected to a series of tests using 10 kg TNT explosive charges, both on the surface and in the ground. The installation of the structure at a depth of 1.05 m below ground level allowed us to assess:
-
resistance to overpressure waves,
-
dynamic earth pressure,
-
real-time deformations of structures.

DESIGN
The unique advantage of our shelters is their modular design, which allows for:
-
any configuration and interior arrangement,
-
adapting the space to the specific requirements of the commune,
-
maximizing functionality and comfort of use,
-
maintaining ease of operation and maintenance.
Pelter shelters are made of high-quality precast concrete and advanced composite materials , such as HDPE, which are exceptionally durable and resistant to external factors.
Pelter modular shelters have undergone advanced testing in real field conditions, meeting the most demanding defense and NATO standards.
Our shelters were subjected to a series of tests using 10 kg TNT explosive charges, both on the surface and in the ground. The installation of the structure at a depth of 1.05 m below ground level allowed us to assess:
-
resistance to overpressure waves,
-
dynamic earth pressure,
-
real-time deformations of structures.

EXAMPLE CONFIGURATION

Main entrance.
Four emergency exits.
Sample configuration for 150 people.







