Nice to know
Nice to know
Berge Lite is a lightweight, multifunctional rescue bag offering protection against wind and weather while maintaining full medical access. Designed for professional field use where insulation is down-prioritized in favor of low weight and packability. Built with Dyneema® Composite Fabric, it delivers high durability, cleanability, and performance in a compact format.
The high strength-to-weight ratio and compact packing make it suitable for long-distance carry. With a total weight under 500g, it supports use in remote operations, wilderness medicine, and by field medics.
Hypothermia Protection
Prevent further heat loss in hypothermic patients. The unique vapor barrier functions as an effective shield against weather and wind, while also conserving body heat.
Vapor Barrier
The material ensures that moisture does not escape and reduces heat loss through evaporation, which is critical for patients suffering from cold exposure.
Cost Saving
Delivers major financial and environmental benefits over single-use covers. Designed to withstand frequent and repeated decontamination cycles. Reducing waste and replacement costs.
Multifunctional
Transfer sheet – For safe patient handling between stretchers and vehicles. Drag tarp – With lift points for fast evacuation. Emergency shelter – Protects medical personnel and rescuers remaining with the patient in harsh conditions.
Hygenic Surface
The Dyneema® material is waterproof to over 20,000 mmH₂O. Its hydrophobic surface repels moisture and fluids, helping prevent contamination and making hygiene and cleaning easy.
Contamination Barrier
When used as a transfer sheet, the rescue bag acts as a clean layer between patient and stretcher. It prevents the stretcher from being contaminated and helps reduce cleanup, risk, and downtime between missions.
360° Access
Full access to the patient without removing the protective layer. The design allows for effective treatment and monitoring during transport and evacuation.
Lightweight Strength
Extreme strength, low weight, and compact packing. Lightweight enough to carry into the field while being robust enough to handle extreme stress.
Low Impact
Berge Rescue Bag is made from bio-based Dyneema® composite and Primaloft® Gold Pure insulation, ensuring the lowest possible environmental impact.
One System
Combines insulation, protection, and patient handling into a single piece of gear. Reduces the need to coordinate multiple items in high-stress situations, streamlining response and saving critical time.
Hypothermia Protection
Prevent further heat loss in hypothermic patients. The unique vapor barrier functions as an effective shield against weather and wind, while also conserving body heat.
Vapor Barrier
The material ensures that moisture does not escape and reduces heat loss through evaporation, which is critical for patients suffering from cold exposure.
Cost Saving
Delivers major financial and environmental benefits over single-use covers. Designed to withstand frequent and repeated decontamination cycles. Reducing waste and replacement costs.
Multifunctional
Transfer sheet – For safe patient handling between stretchers and vehicles. Drag tarp – With lift points for fast evacuation. Emergency shelter – Protects medical personnel and rescuers remaining with the patient in harsh conditions.
Hygenic Surface
The Dyneema® material is waterproof to over 20,000 mmH₂O. Its hydrophobic surface repels moisture and fluids, helping prevent contamination and making hygiene and cleaning easy.
Contamination Barrier
When used as a transfer sheet, the rescue bag acts as a clean layer between patient and stretcher. It prevents the stretcher from being contaminated and helps reduce cleanup, risk, and downtime between missions.
360° Access
Full access to the patient without removing the protective layer. The design allows for effective treatment and monitoring during transport and evacuation.
Lightweight Strength
Extreme strength, low weight, and compact packing. Lightweight enough to carry into the field while being robust enough to handle extreme stress.
Low Impact
Berge Rescue Bag is made from bio-based Dyneema® composite and Primaloft® Gold Pure insulation, ensuring the lowest possible environmental impact.
One System
Combines insulation, protection, and patient handling into a single piece of gear. Reduces the need to coordinate multiple items in high-stress situations, streamlining response and saving critical time.
Hypothermia Protection
Prevent further heat loss in hypothermic patients. The unique vapor barrier functions as an effective shield against weather and wind, while also conserving body heat.
Vapor Barrier
The material ensures that moisture does not escape and reduces heat loss through evaporation, which is critical for patients suffering from cold exposure.
Cost Saving
Delivers major financial and environmental benefits over single-use covers. Designed to withstand frequent and repeated decontamination cycles. Reducing waste and replacement costs.
Multifunctional
Transfer sheet – For safe patient handling between stretchers and vehicles. Drag tarp – With lift points for fast evacuation. Emergency shelter – Protects medical personnel and rescuers remaining with the patient in harsh conditions.
Hygenic Surface
The Dyneema® material is waterproof to over 20,000 mmH₂O. Its hydrophobic surface repels moisture and fluids, helping prevent contamination and making hygiene and cleaning easy.
Contamination Barrier
When used as a transfer sheet, the rescue bag acts as a clean layer between patient and stretcher. It prevents the stretcher from being contaminated and helps reduce cleanup, risk, and downtime between missions.
360° Access
Full access to the patient without removing the protective layer. The design allows for effective treatment and monitoring during transport and evacuation.
Lightweight Strength
Extreme strength, low weight, and compact packing. Lightweight enough to carry into the field while being robust enough to handle extreme stress.
Low Impact
Berge Rescue Bag is made from bio-based Dyneema® composite and Primaloft® Gold Pure insulation, ensuring the lowest possible environmental impact.
One System
Combines insulation, protection, and patient handling into a single piece of gear. Reduces the need to coordinate multiple items in high-stress situations, streamlining response and saving critical time.
Hypothermia Protection
Prevent further heat loss in hypothermic patients. The unique vapor barrier functions as an effective shield against weather and wind, while also conserving body heat.
Vapor Barrier
The material ensures that moisture does not escape and reduces heat loss through evaporation, which is critical for patients suffering from cold exposure.
Cost Saving
Delivers major financial and environmental benefits over single-use covers. Designed to withstand frequent and repeated decontamination cycles. Reducing waste and replacement costs.
Multifunctional
Transfer sheet – For safe patient handling between stretchers and vehicles. Drag tarp – With lift points for fast evacuation. Emergency shelter – Protects medical personnel and rescuers remaining with the patient in harsh conditions.
Hygenic Surface
The Dyneema® material is waterproof to over 20,000 mmH₂O. Its hydrophobic surface repels moisture and fluids, helping prevent contamination and making hygiene and cleaning easy.
Contamination Barrier
When used as a transfer sheet, the rescue bag acts as a clean layer between patient and stretcher. It prevents the stretcher from being contaminated and helps reduce cleanup, risk, and downtime between missions.
360° Access
Full access to the patient without removing the protective layer. The design allows for effective treatment and monitoring during transport and evacuation.
Lightweight Strength
Extreme strength, low weight, and compact packing. Lightweight enough to carry into the field while being robust enough to handle extreme stress.
Low Impact
Berge Rescue Bag is made from bio-based Dyneema® composite and Primaloft® Gold Pure insulation, ensuring the lowest possible environmental impact.
One System
Combines insulation, protection, and patient handling into a single piece of gear. Reduces the need to coordinate multiple items in high-stress situations, streamlining response and saving critical time.
Hypothermia Protection
Prevent further heat loss in hypothermic patients. The unique vapor barrier functions as an effective shield against weather and wind, while also conserving body heat.
Vapor Barrier
The material ensures that moisture does not escape and reduces heat loss through evaporation, which is critical for patients suffering from cold exposure.
Cost Saving
Delivers major financial and environmental benefits over single-use covers. Designed to withstand frequent and repeated decontamination cycles. Reducing waste and replacement costs.
Multifunctional
Transfer sheet – For safe patient handling between stretchers and vehicles. Drag tarp – With lift points for fast evacuation. Emergency shelter – Protects medical personnel and rescuers remaining with the patient in harsh conditions.
Hygenic Surface
The Dyneema® material is waterproof to over 20,000 mmH₂O. Its hydrophobic surface repels moisture and fluids, helping prevent contamination and making hygiene and cleaning easy.
Contamination Barrier
When used as a transfer sheet, the rescue bag acts as a clean layer between patient and stretcher. It prevents the stretcher from being contaminated and helps reduce cleanup, risk, and downtime between missions.
360° Access
Full access to the patient without removing the protective layer. The design allows for effective treatment and monitoring during transport and evacuation.
Lightweight Strength
Extreme strength, low weight, and compact packing. Lightweight enough to carry into the field while being robust enough to handle extreme stress.
Low Impact
Berge Rescue Bag is made from bio-based Dyneema® composite and Primaloft® Gold Pure insulation, ensuring the lowest possible environmental impact.
One System
Combines insulation, protection, and patient handling into a single piece of gear. Reduces the need to coordinate multiple items in high-stress situations, streamlining response and saving critical time.
Hypothermia Protection
Prevent further heat loss in hypothermic patients. The unique vapor barrier functions as an effective shield against weather and wind, while also conserving body heat.
Vapor Barrier
The material ensures that moisture does not escape and reduces heat loss through evaporation, which is critical for patients suffering from cold exposure.
Cost Saving
Delivers major financial and environmental benefits over single-use covers. Designed to withstand frequent and repeated decontamination cycles. Reducing waste and replacement costs.
Multifunctional
Transfer sheet – For safe patient handling between stretchers and vehicles. Drag tarp – With lift points for fast evacuation. Emergency shelter – Protects medical personnel and rescuers remaining with the patient in harsh conditions.
Hygenic Surface
The Dyneema® material is waterproof to over 20,000 mmH₂O. Its hydrophobic surface repels moisture and fluids, helping prevent contamination and making hygiene and cleaning easy.
Contamination Barrier
When used as a transfer sheet, the rescue bag acts as a clean layer between patient and stretcher. It prevents the stretcher from being contaminated and helps reduce cleanup, risk, and downtime between missions.
360° Access
Full access to the patient without removing the protective layer. The design allows for effective treatment and monitoring during transport and evacuation.
Lightweight Strength
Extreme strength, low weight, and compact packing. Lightweight enough to carry into the field while being robust enough to handle extreme stress.
Low Impact
Berge Rescue Bag is made from bio-based Dyneema® composite and Primaloft® Gold Pure insulation, ensuring the lowest possible environmental impact.
One System
Combines insulation, protection, and patient handling into a single piece of gear. Reduces the need to coordinate multiple items in high-stress situations, streamlining response and saving critical time.
Made by the strongest fibre on the planet.
Cuts the CO₂ footprint by up to 80%.
