Air Defence Composites
Aeroplane & Helicopter Armour
Permali has an established reputation as a proven supplier of armour, ballistic protection and defence composites solutions across all three Defence sectors – Land, Sea and Air.
Specifically, for air defence combat and transport military aircraft, the company specialises in innovative, lightweight, high performance, anti-ballistic armour protection systems for helicopters and fixed wing aeroplanes.
Composite Solutions for Defence Video:
Modular Upgrade Solutions
This versatile aircraft armour upgrade system can be fitted or removed according to mission requirements.
Permali’s expert team of design engineers and R&D materials scientists work closely with OEM customers on their defence composites to ensure the level of ballistic protection and overall aircraft weight objectives are met to achieve desired payload and range performance.
CCHS® - Chinook Cargo Handling System
CCHS is also fully compatible with Permali’s ballistic protection system for the Chinook, allowing installation either onto the standard floor or on top of the ballistic protection panels. Both systems are currently in active service in CH-47 Chinook helicopters used by the Royal Air Force (RAF), the Royal Netherlands Airforce and the Israeli Air Force. `{`CCHS is a Registered Trademark ® of Permali Gloucester Limited.`}`
Air Defence Composites
Lightweight Ceramic-Composite Aircraft Armour
Advanced composite and lightweight ceramic materials are used to provide integrated interior cockpit and cabin ballistic armour that meet the requirements of FAR/CS25 and FAR/CS29.
Advanced composite and lightweight ceramic materials are used to provide aircraft armour, such as integrated interior cockpit and cabin ballistic aircraft armour that meet the requirements of FAR/CS25 and FAR/CS29.
Materials used by Permali include UHMWPE and aramid reinforced composite sheets combined with outer ceramic plates, in product design specifications which can provide protection levels ranging from small arms to heavy machine gun.
The very hard ceramic material takes the initial impact from a ballistic projectile and deforms the tip. To provide the lightest ballistic resistant armour system possible, instead of alumina, low density silicon carbide or boron carbide advanced ceramic plates are used by Permali for aircraft armour system’s outermost ceramic layer; the lower density ceramic materials are more mass efficient, so can be used to produce lighter armour for the same anti-ballistic rating or a higher performing armour as required for the type of aircraft and its combat zone role.
Immediately behind the ceramic outer layer is the fully integrated ballistic grade Permaglass® composite material part of the armour system, designed to absorb the remaining kinetic energy of the projectile and prevent penetration inside the cockpit or cabin area.