NEST

Litter for confined spaces The NEST litter was developed in partnership with the French national caving rescue organization. It allows a victim to be transported horizontally, vertically or at an angle. It is easy to manipulate and simplifies installation of a victim. It is suitable for all technical rope rescue, particularly in confined spaces. Description Allows the victim to be transported horizontally, vertically or at an angle, to adapt to irregular or narrow terrain Easy to manipulate: - litter has a complete, integrated body harness to secure the victim - color coding simplifies installation - transverse attachment points are aligned to facilitate attachment of buckles - quick and easy adjustment, thanks to the FAST LT PLUS automatic buckles. The locking system of the buckle limits the risk of accidental unfastening - straps are flexible and easy to use, even when wearing gloves. - longitudinal stays and transverse plates can be removed to reduce bulk during access Durable: - handles are reinforced with high-modulus polyethylene (HMPE), for better grip and durability - smooth, rigid plastic bottom ensures good sliding - reversible comfort foam for the back of the victim limits water absorption - positioning foam at the thighs and feet adapts to all body types - durable construction, thanks to the straps being integrated through their attachment points Optional accessories: - STEF tilting device allows the litter to be easily angled according to the terrain - bag for storage and protection - pack of four longitudinal stays (reference S61904), available as spare parts Specifications Material(s): TPU, nylon, polyethylene, aluminum Weight: 13100 g Maximum load: 150 kg Certification(s): CE References References S061AA00 Guarantee 3 years Inner Pack Count 1 Technical notice Download the PDF : technical-notice-NEST-STEF-2 - 4.26 MB Declaration Of Conformity Download the PDF : UE-Declaration-S061AA00-S059AA00-NEST-STEF - 0.63 MB PPE inspection procedure  Download the PDF - 5.37 MB PPE checklist Download the PDF - 0.18 MB