Next Generation IPG Rotary Wing

Mission-ready immersion protection for helicopter and multi-role crews

Designed with the unique demands of rotary-wing and non-fast jet operations in mind, the Next Generation Immersion Protective Garment (IPG) delivers critical safety and comfort when missions take crews over water. Developed using proven Beaufort technology, the garment provides advanced thermal insulation, flame resistance, and reliable integrated buoyancy to maximise survivability in challenging maritime conditions.

Lightweight materials and ergonomic construction ensure agility in confined cabins, while rapid donning capability supports fast, efficient egress in emergency situations. The suit is engineered for seamless integration with rotary-wing safety systems, enabling aircrew to operate with confidence, mobility, and comfort across extended missions.

Performance

Our aircrew solutions are engineered to deliver consistent performance across every mission profile. From high-speed manoeuvres to long-duration flights, they reduce fatigue, optimise mobility, and support peak effectiveness in the most demanding airborne environments.

Innovation

We harness advanced materials, ergonomic design, and integrated system architectures to redefine aircrew capability. By applying real-world insight to continuous development, we create adaptable solutions that set new benchmarks for efficiency, comfort, and operational versatility.

Protection

Every flight environment brings unique challenges. Our ensembles and equipment safeguard against thermal extremes, high-G forces, and mission hazards, ensuring aircrew are protected, resilient, and ready to perform at their best in any conditions.

Product Benefits

Lightweight Survivability:
Advanced materials reduce overall garment weight by more than half compared to legacy systems, easing fatigue and improving mission endurance.

Enhanced Flame & Thermal Protection:
Revolutionary materials technology and construction provide flame resistance, thermal insulation, and waterproofing in a single, integrated garment.

Improved Comfort & Mobility:
Reduced seams, ergonomic tailoring, and flexible fabrics deliver a softer, less bulky garment that supports full mobility in confined cockpits.

Moisture Management:
Moisture vapour permeable fabrics regulate body heat and sweat, reducing thermal burden during extended missions.

Rapid Donning:
Optimised design allows crews to don the garment in under 60 seconds, supporting time-critical egress.

Operational Versatility:
Can be worn as an internal or external garment, with options for integrated socks, wrist seals, urination management systems, and cooling system compatibility.

Key Features

Lightweight Flame-Resistant Materials:
Incorporates Gore Pyrad technology and advanced fabrics (110 g/m² vs 265 g/m²) to deliver flame resistance and waterproofing at less than half the weight of legacy garments.

Moisture Vapour Permeability:
Manages sweat and body moisture through breathable materials, reducing thermal burden and maintaining wearer comfort during extended operations.

Enhanced Comfort & Mobility:
Reduced seams, improved tailoring, and optional stretch panels provide a softer, more flexible garment with ergonomic fit for high-mobility missions.

Integrated Survivability Systems:
Features options such as wrist seals, integrated socks, and urination management systems designed for both male and female aircrew.

Platform Versatility:
Can be worn as an internal or external garment, with provision for integration of air-cooling systems, maximising adaptability across mission profiles.

Technical Specification

Fabric Weight	Significantly reduced: 110 g/m² vs 265 g/m² legacy garments
Flame Resistance	Revolutionary materials technology delivering inherent FR protection in lightweight construction
Waterproofing	Fully waterproof fabric with optional stretch panels for seals and integrated socks
Moisture Vapour Permeability	Breathable materials manage sweat and reduce thermal burden, improving comfort
Comfort & Fit	Reduced seams, improved tailoring, and ergonomic cut for mobility in cockpit environments
Flexibility	Softer, lighter, and more flexible than previous IPG systems
Donning Time	Designed to be donned in under 60 seconds
Garment Options	Can be worn as internal or external garment; optional air cooling system integration
Survivability Features	Integrated urination management system (male and female applications)
Survivability Features	Integrated urination management system (male and female applications)
Design Enhancements	Fewer seams, elasticated gusset, reinforced high-stress areas for added durability