SAERBAG III Rescue Bag

The SAERBAG III Rescue Bag is engineered for advanced patient rescue and transport in harsh environments, combining durability, versatility, and safety. Specifically designed to accommodate a Ferno SCOOPEXL™ Stretcher, Spineboard, or Vacuum Mattress, it supports secure patient immobilization and safe handling during complex rescue operations involving winches or ropes.

Superior Material and Design: Crafted from a highly resistant, triple-coated fabric, the SAERBAG III is water- and oil-repellent, impervious to stains and mold, and resistant to wear and tear over time. The material withstands up to 2,000 cm³ of water pressure. Reinforced seams ensure long-lasting performance and reliability in critical situations.

Semi-Rigid Mylar Cover with Windows: The semi-rigid Mylar cover features three large windows (front and sides), allowing operators to monitor the patient’s condition and reducing anxiety through greater visibility and interaction. Mylar provides excellent resistance to moisture, chemicals, and mechanical stress, ensuring optimal patient comfort.

Reinforced Base and Internal Adjustments: The underside of the bag is reinforced for high resistance against tearing and abrasion when dragged across rough or uneven surfaces, making it ideal for any rescue scenario. An internal length adjustment system, featuring dual side straps, allows secure adaptation to different immobilization devices.

Integrated Lifting Bridle with Anti-Rotation Features: The integrated lifting bridle includes 10 arms (5 per side) and two central lifting rings, equipped with a shortening system and red loops for balanced load distribution. Additionally, the EARS anti-rotation sails stabilize the bag during helicopter operations by counteracting rotational movements, ensuring a steady ascent or descent.

Secure Fastening and Ergonomic Handling: Inside the bag, six internal fastening straps securely attach the stretcher, spineboard, or vacuum mattress. These straps can be positioned to match the stretcher's handles for secure immobilization. Externally, six high-visibility red handles are strategically placed for ergonomic handling in head, midsection, and foot areas.