Exit Blocks

A lightweight yet strong exit block with one 15mm sheave, single piece stainless steel housing, and two fastener holes.

Series 20 exit block with ball bearing sheave and side tabs

Series 20 exit block with ball bearing sheave and cover plate

20mm Ball Bearing sheave box. Single piece housing. Stainless steel ball bearings, Acetal sheave.

Series 20 high load exit block with Nylatron® sheave and cover plate. Requires 2 x 4mm (5/32”) fasteners.

Series 20 high load exit block with Nylatron® sheave and side tabs. Requires 2 x 4mm (5/32”) fasteners.

20mm High Load Exit Block, Grade 2205 stainless steel sheave.

30mm Nylatron® sheave, suitable for wire or rope, external mount. Use 6 x 5mm (3/16") fasteners.

Ball bearing double sheave exit block with cover plate. Requires 2 x 5mm (3/16”) fasteners.

30mm stainless steel sheave in a single piece sheave box for high load applications

30mm Ball Bearing sheave box. Single piece housing. acetal ball bearings, acetal sheave.

40mm Nylatron® sheave, suitable for wire or rope, external mount. Use 6 x 5mm (3/16") fasteners.

40mm Acetal Sheave, Anodised Aluminium Housing, Requires 2x 6mm (1/4") Fasteners. Reduced width sheave box for lower load applications.

40mm Acetal Sheave, Anodised Aluminium Housing, Requires 2x 6mm (1/4") Fasteners

40mm Stainless Steel Sheave, Anodised Aluminium Housing, Requires 2x 6mm (1/4") Fasteners

50mm Nylatron® Sheave, Suitable for WIre or Rope, External mount. Use 6 x 5M fasteners (3/16").

Compact keelboat exit block designed for efficient routing of halyards and control lines where high strength and low friction are required in a smaller format.

Versatile mid-size exit block offering dependable line handling and durability for a wide range of performance and cruising keelboat applications.

High-capacity exit block engineered for heavier loads, providing smooth, reliable line movement through spars on larger keelboats.

Large-format keelboat exit block delivering maximum load capacity and controlled line handling for demanding rigging systems.