Petzl - ANGE S Carabiner - M57 G (Light Gray), M57 O (Orange)

Manufacturer: Petzl
Experience optimal climbing performance with the ultra-lightweight Petzl ANGE S Carabiner.
Manufacturer part number: M57 G (Light Gray), M57 O (Orange)
GTIN: 3342540088986
Vendor: Cabesto
Availability: In stock
€14.95
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The Petzl ANGE S Carabiner is an ultra-lightweight and compact climbing accessory designed to enhance performance while minimizing gear weight. Incorporating Petzl's innovative MonoFil Keylock technology and an H-shaped cross-section, this carabiner offers an optimal strength-to-weight ratio, making it ideal for mountaineering and multi-pitch alpine climbs where every gram counts.

  • MonoFil Keylock Gate: Provides smooth opening and closing, with a longer lifespan compared to traditional wire gates. The wire gate is inset within the frame, reducing the chance of it rubbing against the rock.
  • H-Shaped Cross-Section: Optimizes the carabiner's size and strength-to-weight ratio, contributing to its ultra-lightweight design.
  • Keylock System: Designed to prevent snagging on gear loops, pitons, ropes, or webbing, ensuring smooth clipping and unclipping.
  • Nose Design: Features a hole that allows ice, snow, or dirt to be cleared out, maintaining optimal performance in various conditions.
  • Flat Spine: Provides stability when holding the carabiner in hand or pinch clipping, enhancing usability.
  • Wide Contact Surface: Ensures better rope glide and reduces wear on the carabiner, extending its lifespan.

Technical Specifications:

  • Material: Aluminum
  • Certifications: CE EN 12275 type B, UIAA, UKCA
  • Dimensions: 53 x 85 mm
  • Weight: 28 g
  • Major Axis Strength: 20 kN
  • Minor Axis Strength: 7 kN
  • Open Gate Strength: 9 kN
  • Gate Opening: 23 mm

Materials:

  • Body: Aluminum

Dimensions:

  • Length: 85 mm
  • Width: 53 mm

Compatibility Information: The ANGE S Carabiner is compatible with various climbing gear, including ropes, webbing, and quickdraws. Its design ensures smooth operation and durability across different climbing scenarios.