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CT SPORT CHAIN DAISY + NIMBLE SG

SKU: 8057733302460-ilp
Manufacturer: Climbing Technology

Innovative daisy chain with loops made of the single-layer Dyneema webbing, equipped with a screw gate carabiner NIMBLE EVO SG, specific for multi-pitch sport routes, crags and for mountaineering in general.

€61.00 incl VAT

Innovative daisy chain with loops made of the single-layer Dyneema webbing, equipped with a screw gate carabiner NIMBLE EVO SG, specific for multi-pitch sport routes, crags and for mountaineering in general.

Ideal, on multi-pitch routes, for self-belaying at stances, for abseiling and as an étrier. In crag climbing, it can be used as a lanyard for self-belaying and for the following descent from a belay station with a lower-off ring.

Main characteristics

  • equipped with an innovative loop for the connection to the harness (registered design), with six wide intermediate loops and a sling at the end;
  • the special construction guarantees a constant 24kN-rated strength: from end to end, for each single intermediate loop or connecting two or more intermediate loops;
  • this single-loop-based construction reduces the chance of error and the danger of it moving out of the anchor, typical of traditional daisy chains.

Innovative daisy chain with loops made of the single-layer Dyneema webbing, equipped with a screw gate carabiner NIMBLE EVO SG, specific for multi-pitch sport routes, crags and for mountaineering in general.

Ideal, on multi-pitch routes, for self-belaying at stances, for abseiling and as an étrier. In crag climbing, it can be used as a lanyard for self-belaying and for the following descent from a belay station with a lower-off ring.

Main characteristics

  • equipped with an innovative loop for the connection to the harness (registered design), with six wide intermediate loops and a sling at the end;
  • the special construction guarantees a constant 24kN-rated strength: from end to end, for each single intermediate loop or connecting two or more intermediate loops;
  • this single-loop-based construction reduces the chance of error and the danger of it moving out of the anchor, typical of traditional daisy chains.