Daisy Chains in Climbing & Mountaineering
Daisy chains are multi-looped webbing slings used in climbing, mountaineering, and big wall aid climbing. They serve as a means of attaching gear to a harness, securing oneself to an anchor, and adjusting positioning while on a route. There are two main types of daisy chains: traditional daisy chains and adjustable daisy chains, each with its own design, advantages, and safety considerations.
Traditional Daisy Chain
Design & Construction
Made from sewn loops of nylon or Dyneema webbing (see material comparison below).
Typically fixed-length (usually 90–140 cm) with several evenly spaced loops (~15–22 cm apart).
Each loop has a sewn bar tack to provide attachment points for carabiners.

Uses & Benefits
Aid Climbing & Big Wall Climbing: Climbers use daisy chains to attach aiders, ascenders, or other gear while ascending a route.
Fixed Attachment Points: The pre-sewn loops allow for quick clipping to protection or gear.
Organization & Gear Management: Useful for keeping climbing gear organized on the harness or anchor.
Limitations & Safety Considerations
Traditional daisy chains are not designed for dynamic falls and can fail if misused.
If a climber clips two loops together with a single carabiner, the loop stitching may rip apart under load, causing failure.
Traditional daisy chains should not be used as personal anchor systems (PAS) for securing oneself to an anchor unless properly backed up with a separate locking carabiner or sling.
Safety Tip: When using a traditional daisy chain, always clip into the end loop only, or use a second carabiner to prevent accidental failure.
Adjustable Daisy Chain
Design & Construction
Made from a continuous length of webbing (usually Dyneema) with an adjustable buckle or cinching system.
Typically longer than traditional daisy chains (up to 150 cm) to allow for greater adjustability.
Single or dual attachment points with no sewn loops along the length.

Uses & Benefits
Adjustable Length: Unlike traditional daisy chains, these can be easily shortened or lengthened with one hand, making them ideal for quick adjustments.
Safer for Personal Anchoring: Adjustable daisy chains are designed to be used as a personal anchor system (PAS), reducing the risk of pocket failure.
Versatile in Multi-Pitch Climbing: Useful for anchoring at belay stations, equalizing anchor points, and adjusting positioning.

Limitations & Safety Considerations
The buckle or sliding system can wear out over time, especially if frequently loaded and adjusted.
Adjustable daisy chains are not designed to absorb dynamic falls, and should not replace a proper personal anchor system (PAS) or dynamic lanyard.
Safety Tip: When using an adjustable daisy chain, always check for webbing wear near the buckle and confirm the locking mechanism is secure before weighting it.
Nylon vs. Dyneema in Daisy Chains
Daisy chains are made from either nylon or Dyneema (UHMWPE), each with different properties that affect performance, durability, and cost.
Nylon Daisy Chains
More Stretch & Shock Absorption: Can absorb some impact forces, making it slightly safer in minor falls.
More Durable & Abrasion-Resistant: Better suited for frequent use and rough terrain.
More Affordable: Nylon is cheaper than Dyneema, making it a budget-friendly choice.
Heavier & Bulkier: More weight and volume in a climbing pack compared to Dyneema.
Water Absorption: Nylon absorbs water when wet, increasing weight and reducing strength when soaked.
Dyneema Daisy Chains
Extremely Lightweight & Compact: Has a high strength-to-weight ratio, reducing bulk.
Minimal Stretch: Dyneema is static, making it ideal for aid climbing and gear management but less forgiving in shock-loading situations.
Highly Water-Resistant: Does not absorb water, making it ideal for alpine and ice climbing.
Lower Abrasion Resistance: Dyneema is more prone to fraying and cutting under repeated stress.
More Expensive: Costs more than nylon due to its advanced material properties.
Choosing Between Nylon & Dyneema:
For aid climbing & gear management → Dyneema (lightweight & strong)
For frequent use & anchor building → Nylon (durable & affordable)
Daisy Chains vs. Personal Anchor Systems (PAS)
Many climbers mistakenly use traditional daisy chains as a personal anchor system (PAS). While they may look similar, they are not the same thing:
Feature | Traditional Daisy Chain | Adjustable Daisy Chain | Personal Anchor System (PAS) |
Primary Use | Aid climbing, gear attachment | Anchor tethering, multi-pitch climbing | Secure attachment at belays, anchors |
Adjustable Length | No | Yes | No |
Designed for Shock Loading | No | No | Yes |
Safe for Personal Anchoring? | No (risk of pocket failure) | Yes | Yes |
Weight | Medium | Light | Light |
Material Options | Nylon, Dyneema | Dyneema | Nylon, Dyneema |
Safety Tip: If you need a dedicated personal anchor system, use a PAS designed for dynamic loads instead of a daisy chain.

Best Practices for Using Daisy Chains Safely
Use Traditional Daisy Chains for Aid Climbing & Gear Management – NOT for personal anchoring.
If you need a PAS, use an Adjustable Daisy Chain or a dedicated PAS.
Never clip two loops of a traditional daisy chain together with one carabiner (risk of pocket failure).
Regularly inspect webbing and stitching for signs of wear, fraying, or damage.
Use locking carabiners when securing yourself to an anchor.
Ensure your daisy chain is properly rated for climbing use.
Daisy chains are versatile tools for climbing, particularly in aid climbing, big wall climbing, and multi-pitch routes. However, they must be used correctly to avoid dangerous scenarios.
Traditional Daisy Chains = Best for aid climbing & gear attachment but not safe for personal anchoring.
Adjustable Daisy Chains = Safer for personal anchoring but not rated for dynamic falls.
Nylon vs. Dyneema: Nylon is cheaper & more durable, while Dyneema is lighter & stronger.
If you need a PAS → Use a system designed for fall forces, NOT a daisy chain.

PAS
Understanding the strengths, weaknesses, and proper use of daisy chains will help keep your climbing safe and efficient. Always follow manufacturer guidelines and climbing best practices, and stay informed to minimize risks while in the vertical world!