Description

Indicative Temperature Rating: Comfort 0°C to –15°C

Engineered for demanding environments, the Modular Cold-Weather Sleeping System by Military Equipment® is designed to deliver reliable warmth, adaptability, and protection in cold and high-altitude conditions. This multi-layered system allows users to configure insulation levels based on mission requirements and weather severity.

Main Sleeping Bag Construction

The outer shell of the main bag is crafted from 100% nylon fabric that is waterproof, air-proof, and highly breathable, ensuring protection against wind, moisture, and harsh outdoor elements. Insulated with 350 GSM hydrophobic hypersonic poly fill, the bag provides consistent thermal retention even in damp or extreme conditions.

The inner lining features a WR-treated polyester liner, enhancing moisture resistance while maintaining breathability and comfort during extended use.

Detachable Inner Thermal Layer

• For enhanced cold-weather performance, the system includes a detachable air-proof inner layer. This inner bag features:
• Outer shell: Air-proof nylon fabric
• Inner lining: 250 GSM premium anti-pilling micro fleece, delivering superior warmth and comfort
• This modular inner layer allows the sleeping system to be adapted for colder temperatures or removed when conditions are milder.

Thermal Performance & Adaptability

The layered construction provides efficient heat retention while allowing flexibility across varying climates. Designed for high-altitude operations, winter expeditions, and extreme cold environments, the system ensures dependable performance where warmth and reliability are critical.

Temperature Rating (Indicative)

Comfort Range: 0°C to –15°C
(Actual performance may vary based on user, clothing, and environmental conditions.)

Ideal For

• High-altitude and extreme cold expeditions
• Military & professional field operations
• Winter camping and mountaineering
• Tactical and survival applications
• Modular. Adaptable. Built for extreme cold conditions. Trusted in the field.