Sherpa 4x4 Winch Recovery Ring – 10,000kg WLL, 120mm
Description
Built for heavy-duty winch recoveries, the Sherpa 4x4 10T Winch Recovery Ring provides a lightweight alternative to a traditional snatch block when using compatible synthetic winch rope. With a stated 10,000kg Working Load Limit (WLL), 20,000kg breaking strength and capacity for synthetic rope from 8–22mm, this large-format recovery ring is designed for demanding 4WD, truck and off-road recovery applications.
Precision CNC machined from 6000-series aluminium and hard anodised for wear resistance, the ring has a 120mm outside diameter with a wide stepped rope channel designed to provide smooth synthetic rope movement during recovery.

Sherpa 4x4 10T Winch Recovery Ring
The Sherpa 4x4 Recovery Ring is designed for redirecting synthetic winch rope and setting up double-line or change-of-direction winch pulls without the weight and moving components of a conventional snatch block.
Its large rope channel accommodates synthetic winch ropes from 5/16" to 7/8" (8–22mm), making it particularly useful with larger winches and heavy-duty synthetic rope setups.
Recovery Ring Features
- 10,000kg / 22,000lb Working Load Limit (WLL)
- 97.9kN WLL
- 20,000kg / 44,000lb stated breaking strength
- Large 120mm outside diameter
- 37mm inner opening
- Suitable for 8–22mm / 5/16"–7/8" synthetic winch rope
- Precision CNC-machined 6000-series aluminium
- Hard anodised surface
- Wide stepped rope channel
- Designed for use with a suitable recovery soft shackle
- No moving pulley or bearing components
- Lightweight alternative to a traditional snatch block
- Suitable for double-line pulls and winch rope redirection
10,000kg Working Load Limit
The Sherpa recovery ring has a stated Working Load Limit of 10,000kg / 22,000lb (97.9kN) and a stated breaking strength of 20,000kg / 44,000lb.
The Working Load Limit and breaking strength are different ratings and should not be treated interchangeably. Recovery setups should always be planned around the applicable working ratings of the components being used rather than their breaking strengths.
Designed for Large Synthetic Winch Rope
The oversized rope channel accommodates synthetic winch rope ranging from approximately 8mm through to 22mm in diameter.
This broad range makes the ring suitable for many 4WD and heavy-duty winch systems where compatible synthetic rope is used.
This recovery ring is intended for synthetic winch rope. Do not use it with steel winch cable.
120mm Recovery Ring
With a 120mm outside diameter and approximately 37mm inner opening, the Sherpa ring provides a large-format design for heavy-duty recovery setups.
The smooth, stepped outer rope channel supports the synthetic rope as it travels around the ring, while the central opening provides the connection point for a suitably rated and compatible soft shackle.
CNC-Machined Aluminium Construction
The recovery ring is precision CNC machined from 6000-series aluminium, providing a combination of strength and low weight.
A hard-anodised surface treatment provides additional resistance to wear generated by repeated contact with synthetic winch rope.
Double-Line Winch Pulls
A recovery ring can be used to create a double-line winch pull. In an ideal arrangement this provides a mechanical advantage approaching 2:1, reducing the line pull required from the winch for a given load.
Real-world mechanical advantage will be lower due to friction, recovery geometry and other system losses. The arrangement also changes the loads applied to recovery points and other components, so the complete recovery system must be appropriately rated for the forces involved.
Winch Rope Redirection
The recovery ring can also be used to redirect the winch rope where a straight-line pull is impractical or where a different recovery angle is required.
Any anchor point, recovery point, soft shackle, winch rope and other equipment used in the system must be suitable for the loads generated by the particular recovery arrangement.
Sherpa 4x4 Recovery Ring Specifications
| Specification | Details |
|---|---|
| Brand | Sherpa 4x4 |
| Product Type | Winch recovery ring / pulley ring |
| Working Load Limit (WLL) | 10,000kg / 22,000lb / 97.9kN |
| Stated Breaking Strength | 20,000kg / 44,000lb |
| Outside Diameter | 120mm |
| Inner Opening | 37mm |
| Compatible Rope | Synthetic winch rope |
| Rope Diameter | 5/16"–7/8" / 8–22mm |
| Material | Precision CNC-machined 6000-series aluminium |
| Surface Treatment | Hard anodised |
Recovery Ring vs Traditional Snatch Block
For synthetic-rope winching, a recovery ring provides a simple alternative to a conventional pulley-style snatch block. With no pulley, bearing or opening side plates, the design is compact and straightforward to inspect before use.
A recovery ring does, however, rely on the synthetic rope sliding around the ring rather than a sheave rotating on a bearing. Keep both the rope and ring clean and inspect the contact surfaces regularly for damage or excessive wear.
Using the Recovery Ring
The ring should be connected to a suitable recovery or anchor point using an appropriately rated soft shackle. The synthetic winch rope is then routed through the outer channel of the ring according to the required recovery configuration.
Ensure the rope remains correctly seated in the channel throughout the setup and that the soft shackle is correctly positioned through the centre of the ring.
Important Recovery Safety
- Use only with compatible synthetic winch rope within the specified diameter range.
- Never exceed the stated 10,000kg Working Load Limit.
- Do not use breaking strength as the allowable working load.
- Ensure all recovery points, soft shackles, winch rope and other components are appropriately rated for the recovery setup.
- Inspect the ring and synthetic rope before every recovery.
- Do not use the ring if it has significant deformation, cracking, sharp edges, deep gouging or other damage that could affect strength or damage the rope.
- Keep the rope-contact surface clean and free from abrasive contamination.
- Keep people clear of the winch rope and recovery system while under load.
- Use appropriate winching and recovery procedures for the vehicle and situation.