DEFENSE

A composite barrel is a type of barrel used in firearms or artillery systems. These barrels are made from various composite materials in place of traditional metal barrels. Composite materials are generally formed by combining one or more materials such as carbon fiber, glass fiber and polymers.

Composite barrels can offer several advantages over traditional metal barrels:

Lightness: Composite materials are generally lighter than metals, which can reduce the overall weight of the gun or gun. This can be a significant advantage in terms of portability and usability.

Durability: Composite materials are generally more resistant to impacts, cracks and corrosion. This ensures the long life of the barrel.

Flexible Design: Composite materials are more flexible in shaping and designing than metal barrels. This offers weapons designers the opportunity to develop more innovative and optimized barrel designs.

Thermal Properties: Some composite materials can provide better thermal insulation than metal barrels. This can prevent or reduce barrel overheating.

Acoustic Drop: Composite materials can reduce or absorb the sound emanating from the barrel of a firearm. This can result in less noise and a better user experience for the user.

Composite barrels are increasingly used in modern weapons and artillery systems. These barrels are constantly being improved to improve their performance and reduce operating costs.