Abstract: Lightweight inexpensive sleds, made of tough plastic or similar material, are disclosed for transporting injured people or inert loads. Tensile towing forces applied to a strap are distributed to avoid tearing the sled body.

Abstract: Lightweight inexpensive sleds, made of tough plastic or similar material, are disclosed for transporting injured people or inert loads. For rescue sleds, a strong strap is passed through slots around the periphery. This distributes forces in ways that avoid tearing, and it provides secure handholds, allowing people to lift and carry an injured person in a manner comparable to a backboard. A rescue sled including straps weighs only about 6 pounds, and can be carried on foot for miles, affixed to a backpack, making these sleds available immediately when needed.

Abstract: Lightweight inexpensive sleds, made of tough plastic or similar material, are disclosed for transporting injured people or inert loads. For rescue sleds, a strong strap is passed through slots around the periphery. This distributes forces in ways that avoid tearing, and it provides secure handholds, allowing people to lift and carry an injured person in a manner comparable to a backboard. A rescue sled including straps weighs only about 6 pounds, and can be carried on foot for miles, affixed to a backpack, making these sleds available immediately when needed.

Abstract: Lightweight inexpensive sleds, made of tough plastic or similar material, are disclosed for transporting injured people or inert loads. For rescue sleds, a strong strap is passed through slots around the periphery. This distributes forces in ways that avoid tearing, and it provides secure handholds, allowing people to lift and carry an injured person in a manner comparable to a backboard. A rescue sled including straps weighs only about 6 pounds, and can be carried on foot for miles, affixed to a backpack, making these sleds available immediately when needed.