¾" Soft Shackle | 100,000 lb UHMWPE Recovery Connector with Chafe Sleeve (For High-Capacity Recovery Systems)
- Minimum Breaking Strength: 100,000 lbs
- Working Load Limit (WLL 3.1): 33,333 lbs
- Working Load Limit (WLL 5.1): 20,000 lbs
- Nominal Dia: ¾”
- Length (Closed Loop): 17"
- Material: 12 Strand UHMWPE
Application: Towing & recovery (not for lifting operations)
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Benefits
- Exceptional strength for demanding loads
- Lightweight design, reduces risk of injury
- Minimizes wear on contact points
- Shorter, more efficient connection lengths
- Fast and simple to attach or remove
- Resistant to corrosion and rust
Product and User Safety Information
Soft Shackle Use Cases
- Recovery Point Connection
- Winch Line Termination
- Multi-Strap Load Linking
- Bridle Assembly Connection
Suitable for vehicles upto 33,333 lbs
Product Description
The Dawnerz 100,000 lb Soft Shackle is a professional grade synthetic connector built from ¾” 12-strand UHMWPE (high-modulus polyethylene) fiber. Designed for heavy-duty towing, vehicle recovery, and off-road applications, it provides a Minimum Breaking Strength (MBS) of 100,000 lbs and a Working Load Limit (WLL) of 33,333 lbs, based on a 3:1 nominal safety ratio.
Unlike steel shackles, the soft shackle eliminates hard metal components, reducing the risk of recoil during failure while maintaining system continuity. Its finished load-bearing sections can exceed 2–3× the nominal rope diameter, so always verify clearance at recovery points.
Ideal for use with high-capacity tow straps, kinetic ropes, and winch lines, this shackle is designed for repeated field use in mud, water, agricultural, and off-road recovery environments.
Key Benefits
- Manufactured from high-grade ¾" UHMWPE in a 12-strand configuration, delivering optimal strength-to-weight efficiency. Designed to perform consistently in mud, water, and abrasive recovery environments without corrosion or material degradation.
- Rated at 100,000 lb MBS with a 3:1 working load limit of 33,333 lb. Built for controlled, repeatable performance in high-load recovery scenarios where consistency matters more than peak numbers.
- Eliminates steel components from the recovery system. Under failure conditions, synthetic construction reduces stored energy release and minimizes the risk of high-velocity recoil compared to traditional metal shackles.
- Designed to pair with heavy-duty tow straps, kinetic ropes, and winch lines. Maintains system integrity by avoiding hard connection points that introduce stress concentrations or compromise load distribution.
- Double-braided chafe sleeve minimizes wear and abrasion on attachment points and rigging hardware.
Technical Specifications
Manufacturer: Dawnerz
Model: Heavy Duty Soft Shackle
Material: High-Modulus Polyethylene (UHMWPE)
Rope Diameter: ¾” (nominal)
Closed Loop Length: 17"
Weight: 3.08 lbs
SIZE AND LOAD RATINGS
¾” 12-strand UHMWPE
Minimum Breaking Strength (MBS): 100,000 lb
Working Load Limit (WLL): 33,333 lb (3:1 ratio)
Working Load Limit (WLL): 20,000 lb (5:1 ratio)
Country of Origin: China
Shipping & Returns
- We cover standard shipping on all orders.
- Expedited shipping options are available at checkout for an additional fee.
- Orders are processed and shipped within 3–5 business days.
- 30-day returns available on eligible items, subject to standard return conditions
100,000 lb Tow / Recovery Soft Shackle
Soft shackles are the preferred connection method for heavy-duty towing and recovery due to their high strength-to-weight ratio, flexibility under load, and improved safety versus steel.
This 100,000 lb MBS soft shackle is built from 12-strand UHMWPE for controlled, high-load recovery.
Why Soft Shackles Are Preferred
The soft shackle features a single-loop closure system that enables fast, intuitive attachment and removal without the need for tools.
This simplifies deployment in recovery scenarios, reduces setup time compared to traditional steel shackles, and minimizes operator fatigue during repeated use in demanding conditions.
100,000 lb Minimum Breaking Strength (MBS)
The minimum breaking strength (MBS) is the load at which the shackle will fail under controlled conditions.
The working load limit (WLL) is the recommended safe load during use.
Rope Diameter vs Finished Shackle Size
Nominal ¾" rope size does not represent the working profile. Under load, the soft shackle body typically expands to ~2× diameter and up to ~3× below the knot. Fitment must be determined by the connection point, specifically opening size and bend radius, not the nominal rope size. Always verify clearance before use.
Safe Load Placement for Maximum Strength
Soft shackles are designed to be loaded along the straight section (the neck), where force is distributed evenly through the rope. This is where the shackle achieves its rated strength.
Sharp edges, tight radii, or improper load paths can significantly reduce strength and lead to premature failure, even below rated capacity.
Always ensure the connection point supports proper load distribution.
Bend Radius & Edge Contact
Connections & Load Control
Understanding how your recovery gear is connected is just as important as the strength of the components themselves. The way a rope or strap is loaded, particularly around connection points ,directly impacts performance, durability, and safety. By focusing on correct geometry and load distribution, you ensure the system operates as intended and reduce the risk of premature failure.
Bend Radius
Keeps the rope from being bent too tightly around recovery points. A larger bend area helps maintain strength and reduces internal fibre stress.
Contact Surfaces
Works best on clean, rounded recovery points. Sharp edges or rough surfaces increase wear and should be avoided where possible.
Straight Pull
Performs best when the load is pulled directly in line. This ensures force travels evenly through the rope without distortion.
Side Loading
The rope should not be pulled at an angle across the connection point. Angled loads increase stress and reduce predictable performance.
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What You Need to Know
Frequently Asked Questions
Connection Reality
Soft shackles are used as high-strength connection points within recovery setups. Performance depends on correct placement and how the load is applied through the connection.
Load Behaviour
How the load is connected matters as much as the strength of the shackle itself. Poor alignment, twisting, or incorrect seating can reduce performance and increase wear.
Correct Use Only
Best performance is achieved when used in straight, controlled pulls. Avoid angled loading, side pressure, or poorly seated connections during recovery.
What is a soft shackle and how is it used?
A recovery soft shackle is a high-strength synthetic connector made from 12-strand UHMWPE fiber. It replaces metal shackles in recovery systems, providing a lightweight, flexible, and safer connection point.
How do you safely use a recovery soft shackle?
Connect only to smooth, radiused, rated recovery points. Avoid sharp edges, small-diameter hardware, or improperly rated anchors. Operate within the Working Load Limit (33,333 lb), tension lines gradually, and align loads in a straight line. Avoid shock loading or side loading, and ensure the knot and splice are properly seated. The double-braided chafe sleeve protects the shackle from abrasion where edges could contact the rope.
Are they reusable, and how long do they last?
Yes. They are designed for repeated use, but only when properly inspected. Check before and after each use for abrasion, fraying, pulled strands, or heat damage. Remove immediately if any damage is detected. Reuse only on smooth, rated connection points. Lifespan depends on load frequency, environment, and maintenance.
Why are synthetic shackles preferred to steel shackles?
Soft shackles use high-modulus UHMWPE fibers with an excellent strength-to-weight ratio. When properly constructed, they can match or exceed the breaking strength of comparable steel shackles while eliminating recoil hazards from metal components. Correct splice and knot construction are critical to maintaining rated strength.
Do soft shackles float on water?
Yes. UHMWPE fiber is naturally buoyant, allowing soft shackles to float and remain visible in wet, muddy, or flooded recovery conditions.
How safe are soft shackles for vehicle recovery?
Soft shackles are highly safe when used correctly. Safety depends on rated connections, correct installation, proper tensioning, and regular inspection. They reduce risk compared to steel by removing metal that can become a projectile during failure. Misuse, such as overloading, sharp-edge contact, or using undersized attachment points, can compromise safety.
Can Dawnerz shackles be used for lifting and rigging?
No. These shackles are designed exclusively for towing and recovery applications. They are not certified for lifting, hoisting, or overhead rigging. Always verify compatibility and ensure all system components are rated appropriately.
