Wichard Single Plain Bearing Block with Swivel Head & Becket, 45mm for 10mm Rope
€33.00 Original price was: €33.00.€29.70Current price is: €29.70.
The Wichard Single Plain Bearing Block #63106 is a compact, high-load sailing block featuring a 45mm composite sheave, swivel head and integrated becket, designed for 10mm rope. Its plain-bearing construction allows the sheave to run directly on a stainless steel bush, providing a simple and robust solution for high loads and static operations.
With a 400kg Working Load, 900kg Breaking Load and a weight of only 120g.
In stock
The Wichard 63106 is a strong and lightweight single sailing block designed for easy and reliable rope handling.
It features a 45mm sheave, a swivel head and an integrated becket, providing an additional attachment point for the rope.
Made with 316L stainless steel components, it offers excellent strength and resistance to marine corrosion.
Technical Specifications
- Brand: Wichard
- Product Code: 63106
- Type: Single Plain Bearing Block
- Head: Swivel
- Becket: Yes
- Maximum Rope Diameter: 10mm
- Sheave Diameter: 45mm
- Number of Sheaves: 1
- Length: 117mm
- Width: 49mm
- Thickness: 26mm
- Shackle Diameter: 5mm
- Working Load: 400kg
- Breaking Load: 900kg
- Weight: 120g
- Metal Components: 316L Stainless Steel
- Cheeks: POM
- Sheave: Composite
- Bearing System: Plain Bearing with Stainless Steel Bush
- Country of Manufacture: France
Directions for Use
Attach the block securely using the swivel head and a suitable fixing point on the boat.
Pass the rope through the sheave and use the integrated becket to attach the end of the rope when required.
Make sure the rope moves smoothly and the block can follow the direction of the load without twisting or rubbing against other fittings.
Important Information
Do not exceed the specified working load of 400kg.
Always check that the block, rope, attachment points and other rigging components are suitable for your application.
The becket allows the block to be used in multi-part purchase systems, but the mechanical advantage depends on the complete rope arrangement.




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