Stein SKY-Anchor Adjustable Friction Saver - 250cm

Stein SKY-Anchor Adjustable Friction Saver - 250cm

The Stein SKY-Anchor Adjustable Friction Saver 250cm provides a certified and ground-retrievable anchor solution for professional climbing operations. Manufactured in the UK and tested to EN 795B:2012 as a complete system, it ensures dependable compatibility between all components within recognised safety standards.

The adjustable configuration uses the STEIN RingLoop connected with a three-wrap prusik, allowing precise length adjustment to suit different anchor points and limb diameters. This 250 cm version is recommended for use on limbs up to 60 cm in diameter, making it suitable for larger climbing anchors.

The integrated retrieval system allows the friction saver to be recovered from the ground after use, helping improve efficiency and reducing the need for repeated climbing access. The friction saver also supports smooth rope travel during climbing while helping minimise rope wear through controlled friction management.

Key Features

• Adjustable setup – RingLoop system allows precise length adjustment
• Certified system – Tested to EN 795B:2012 requirements
• Ground retrieval – Fully retrievable after climbing operations
• Professional construction – Manufactured in the UK
• Large anchor support – Suitable for limbs up to 60 cm diameter

Specifications

• Overall length 250 cm
• Recommended limb diameter Up to 60 cm
• Certification EN 795B:2012
• Adjustment method RingLoop with three-wrap prusik
• Includes Retrieval ball

Why Choose the Stein SKY-Anchor Adjustable Friction Saver 250cm?

✅ Precise adjustment – Adapts easily to larger limb diameters

✅ Certified compatibility – Designed as a complete compliant system

✅ Ground retrieval – Allows efficient recovery after use

✅ Reduced rope wear – Supports smoother rope movement during climbing

How to Use

1. Install the friction saver over the selected limb
2. Adjust the length using the RingLoop and prusik system
3. Confirm correct positioning before loading the anchor
4. Retrieve the system from the ground using the retrieval ball
5. Inspect all components before storage