Metolius Element II Screw Lock Carabiner – Black | ELSL002.01

Overview

The Metolius Element II Screw Lock Carabiner blends dependable security with a modern design built for climbers who value performance and ease of use. The redesigned locking sleeve delivers faster, smoother operation, making belays and anchor setups feel more efficient whether you’re on a crag, in a gym, or during training. Its compact silhouette and solid steel construction communicate durability and invite confident handling on every clip.

Smart rope handling

With a wide rope-bearing surface, the Element II minimizes rope wear and helps clip-in feeds stay clean and controlled, reducing snags on long approaches or multi-pitch climbs. The result is smoother rope management and steadier handling when lines move quickly.

Durable construction & certification

Constructed from steel, this locking carabiner is built to endure repeated use. It carries CE/UIAA certification and a major axis strength rating of 28 kN, offering reliable performance across climbing environments. While no single piece guarantees outcomes, these specs provide practical assurance when loading a belay or anchor.

Key specifications

• Material: steel
• Gate Type: locking
• Major Axis Strength: 28 kN
• Dimensions: 4 x 2.5 in
• Activity: climbing

What makes Element II different

• Redesigned locking sleeve for faster, smoother one-handed operation
• Wide rope-bearing surface minimizes rope wear and improves clip control
• Compact, durable steel body suited for daily rack use
• 28 kN major axis strength ensures robust load handling

Real-world use

In practice, climbers appreciate the smoother sleeve during anchor setups and the confident lock during belays. The compact profile keeps gear organized on a rack, while the sturdy steel construction stands up to repeated clip-ins, rope runs, and transport in a chalky bag. This model works well on sport routes, gym setups, and multi-pitch excursions where dependable hardware matters.

Usage notes

This product is intended to complement a climbing system and should be used in accordance with standard safety practices. Benefits described reflect design features and typical user scenarios that may occur in real-world climbs.