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Barton N13731 – Fiddle Block Size 3 Ball Bearing with Swivel, Becket & Cam, 30/58mm Sheaves, Max Rope 10mm, SWL 400kg
The Barton N13731 Fiddle Block is part of the Size 3 (45 mm) block range, engineered for efficient sail control on dinghies, dayboats and small cruising yachts. It features a compact fiddle configuration with twin sheaves (30 mm and 58 mm), providing excellent load distribution in multi-purchase systems.
Built using 30% glass fibre reinforced nylon side plates and an internal stainless steel frame, the block delivers high strength while maintaining a lightweight profile. The Acetal ball bearing sheaves ensure smooth, low-friction performance, particularly in frequently adjusted systems. :contentReference[oaicite:0]{index=0}
This configuration includes a swivel head for flexible alignment, an integrated becket for additional purchase setups, and a cam cleat for efficient line control and quick adjustment.
Key Features
- Fiddle block with twin sheaves (30 mm and 58 mm)
- Ball bearing system for low-friction, high-efficiency operation
- Swivel head for flexible load alignment
- Integrated becket for multi-purchase configurations
- Built-in cam cleat for quick and secure line handling
- Glass fibre reinforced nylon side plates
- Internal stainless steel frame for strength
- Lightweight and compact design
- Ideal for dynamic sail control systems
Technical Specifications
Part Number N13731 Product Type Fiddle Block with Swivel, Becket & Cam Size Size 3 (45 mm) Sheave Configuration Fiddle (30 mm / 58 mm) Bearing Type Ball Bearing Max Rope Diameter 10 mm (3/8") Safe Working Load (SWL) 400 kg (881 lbs) Break Load 800 kg (1763 lbs) Max Rolling Load 270 kg (595 lbs) Weight 249 g Dimensions 175 × 92 × 68 mm
Applications
- Mainsheet and vang systems
- Multi-purchase control systems
- Sheet and trimming systems
- Dinghies, dayboats and small cruising yachts
The Barton Size 3 block range is engineered for lightweight strength, smooth performance and versatile sail handling, making it ideal for modern compact rigging systems.
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