Spliced Winch Thimble (SWT)

The Spliced Winch Thimble is a recovery system component that reduces metal usage and overhang. It is ceramic coated locally in Australia and designed for users with rope splicing knowledge to improve recovery system efficiency.

Key Features

• Significantly reduces metal in the recovery system
• Ceramic coated by CERAKOTE USA in Australia
• Unique positive capture system locks the thimble inside the fairlead
• Requires rope splicing knowledge for installation
• Recommends long bury or locking splice methods
• Working load limit depends on rope and splicing method

Product Overview

The Spliced Winch Thimble optimises your winching setup by minimizing metal components, which can reduce weight and improve system response during recovery. Its ceramic coating enhances durability and corrosion resistance. The positive capture system secures the thimble inside the fairlead, reducing overhang for a cleaner, safer recovery line.

Technology & Materials

The ceramic coating applied by CERAKOTE USA provides enhanced wear and corrosion resistance, ensuring long service life in demanding recovery environments. The mechanical design centres on a positive capture system to reliably secure the thimble in position.

Installation & Compatibility

The Spliced Winch Thimble requires rope splicing expertise, with recommendations for long bury or locking splices to ensure safety and performance. Proper installation is critical as the working load limit depends on rope and splice quality.

Suitable for users skilled in rope splicing aiming to optimise recovery system efficiency and durability.

Technical Specification

• Ceramic coated by CERAKOTE USA in Australia
• Positive capture system reduces overhang within the fairlead
• Working load limit dependent on rope and splicing method
• Requires long bury or locking splice

Why Choose This Kit

• Reduces metal content in recovery system for improved performance
• Durable ceramic coating applied locally for corrosion resistance
• Innovative positive capture system enhances safety and reliability
• Designed for experienced users who understand splicing techniques