MK16B Aircrew Coverall

High-Performance Flame-Retardant Protection for Aircrew

The MK16B Aircrew Coverall is designed to provide comprehensive protection for aircrew, offering a robust solution for pilots and crew members operating in high-risk environments. Made from advanced flame-retardant materials, the MK16B offers superior protection against fire, heat, and other hazards, while ensuring comfort and mobility throughout extended missions.

With integrated ergonomic features and a durable construction, the MK16B Coverall is engineered to withstand the demands of military and aviation operations, providing reliable performance in a wide range of conditions.

Performance

Designed for speed, agility and control, our solutions excel under the extreme demands of fast jet flight. By reducing pilot fatigue and supporting physical resilience, we enable greater endurance in high-intensity missions, helping ensure sustained performance and mission success, even in the most challenging conditions.

Innovation

We’re shaping the future of fast jet capability through next-generation innovation. From cutting-edge material sciences to advanced G-protection system architectures, our solutions are designed to enhance pilot performance and survivability. Innovative textiles and smart integration elevate protection and efficiency, setting new standards for the cockpit and beyond.

Protection

Protection in fast jet environments demands intelligent integration. Our systems are designed to safeguard pilots against thermal extremes, high-G forces and operational hazards. From cockpit survivability to environmental resilience, every element is engineered to preserve capability when it matters most.

Product Benefits

Enhanced Safety:
Provides vital flame resistance, ensuring aircrew are protected in hazardous conditions, reducing the risk of injury.

Comfort for Long Missions:
The lightweight, ergonomic design ensures comfort during long missions, allowing aircrew to focus on their tasks without distraction.

Durability in Extreme Conditions:
Built to withstand the rigours of military operations, the MK16B offers excellent durability, ensuring it holds up in the toughest environments.

Operational Efficiency:
With multiple utility pockets and an easy-to-use fastening system, the coverall improves operational readiness and ease of use in critical situations.

Platform Compatibility:
The MK16B Aircrew Coverall is designed for use by fast jet, rotary, and transport aircrew, offering universal protection across various platforms.

Key Features

Flame-Retardant Construction:
Made from high-quality, fire-resistant materials, the coverall ensures essential protection from heat and flame hazards.

Ergonomic Design:
Built for comfort, the MK16B features an ergonomic cut that allows for a full range of motion, making it suitable for long-duration wear in the cockpit and during operational activities.

Durable and Lightweight:
Designed to withstand harsh operational environments, the MK16B Coverall offers durability without compromising on weight, ensuring it remains comfortable during extended use.

Integrated Pockets and Fasteners:
Equipped with multiple pockets for essential items and reinforced fasteners, the coverall is functional, secure, and easy to use in both routine and emergency situations.

Custom Fit Options:
Available in multiple sizes, with adjustable features to ensure a secure and comfortable fit for all body types.

Technical Specification

Material: Flame-retardant, lightweight, and durable fabrics
Fit: Ergonomic design for comfort and mobility
Pockets: Multiple utility pockets for operational use
Sizes: Available in a range of standard sizes, with custom fit options
Durability: Designed for long-lasting use in military and aviation environments

Information Downloads

Do you have question?

Talk to a product specialist

Related Product

Lightweight Aircrew Coverall

Designed for maximum comfort and protection in hot and humid environments, this coverall offers flame-retardant safety with minimal thermal burden.

Events Calendar

4 - 6th November

9 – 12 March 2026

3 – 8 February 2026

Latest News