Saber Alloy Winch Shackle

The Saber Alloy Winch Shackle (AWS) is a lightweight alternative to traditional winch hooks designed exclusively for use with soft shackles. It provides strong support while reducing the risk of damage from sharp edges.

Key Features

• Rated to 18,000kg Minimum Breaking Strength (MBS)
• Lightweight aircraft-grade 7075 aluminium construction
• Cerakote finish for strong UV stability and a durable, hard-wearing surface
• Batch tested to destruction in a NATA-accredited facility in Melbourne, Australia

Product Overview

The Saber Alloy Winch Shackle offers a safer, smarter, and stronger solution for 4WD recovery gear. Its design eliminates damaging sharp edges found in other products, optimising performance and protection for soft shackles. The aircraft-grade aluminium material ensures strength without added weight, making it suitable for demanding recovery situations.

Technology & Materials

The AWS is manufactured from aircraft grade 7075 aluminium, chosen for its excellent strength-to-weight ratio. A cerakote coating provides enhanced UV stability and a hardwearing surface finish, protecting the shackle in outdoor and harsh environments. This combination ensures durability and long-lasting performance.

Installation & Compatibility

The shackle is designed for straightforward use as a lightweight alternative to traditional winch hooks. It utilises Rubber Fairlead Engagement Pads (RFEP) to engage and protect fairlead surfaces from damage. It is compatible with soft shackles and integrates easily into recovery setups.

This product focuses on strength and damage prevention for soft shackle recovery applications.

Technical Specification

• Minimum Breaking Strength (MBS): 18,000kg
• Weight: 0.95 kg
• Packaged Dimensions: 225mm (L) x 150mm (W) x 60mm (H)

Why Choose This Kit

• Specifically designed to support soft shackles safely and effectively
• Manufactured from high-strength aircraft-grade 7075 aluminium for optimal performance
• Cerakote coating delivers durability and UV resistance
• Tested to destruction in an accredited Australian testing facility for reliability