🎉 Up to 70% Off Selected ItemsShop Sale
Harken 75mm Carbo Air Single Block - Swivel - Cam Cleat 2666
HomeStore

Harken 75mm Carbo Air Single Block - Swivel - Cam Cleat 2666

Harken 75mm Carbo Air Single Block - Swivel - Cam Cleat 2666

Low friction Carbo Air blocks are lightweight, strong, reliable and affordable. companions to the popular Harken Black Magic block line, these small, compact blocks have very high working loads for safe, easy trimming.

  • Sheave diameter: 75mm
  • Length: 137mm
  • Weight: 381g
  • Shackle pin diameter: 6mm
  • Maximum line diameter: 12mm
  • Maximum working load: 136kg
  • Breaking load: 340kg
  • n.b. Maximum working loads and breaking loads for blocks based on cam strengths.
$110.22

Original: $314.92

-65%
Harken 75mm Carbo Air Single Block - Swivel - Cam Cleat 2666—

$314.92

$110.22

More Images

Harken 75mm Carbo Air Single Block - Swivel - Cam Cleat 2666 - Image 2
Harken 75mm Carbo Air Single Block - Swivel - Cam Cleat 2666 - Image 3

Harken 75mm Carbo Air Single Block - Swivel - Cam Cleat 2666

Low friction Carbo Air blocks are lightweight, strong, reliable and affordable. companions to the popular Harken Black Magic block line, these small, compact blocks have very high working loads for safe, easy trimming.

  • Sheave diameter: 75mm
  • Length: 137mm
  • Weight: 381g
  • Shackle pin diameter: 6mm
  • Maximum line diameter: 12mm
  • Maximum working load: 136kg
  • Breaking load: 340kg
  • n.b. Maximum working loads and breaking loads for blocks based on cam strengths.

Product Information

Shipping & Returns

Description

Low friction Carbo Air blocks are lightweight, strong, reliable and affordable. companions to the popular Harken Black Magic block line, these small, compact blocks have very high working loads for safe, easy trimming.

  • Sheave diameter: 75mm
  • Length: 137mm
  • Weight: 381g
  • Shackle pin diameter: 6mm
  • Maximum line diameter: 12mm
  • Maximum working load: 136kg
  • Breaking load: 340kg
  • n.b. Maximum working loads and breaking loads for blocks based on cam strengths.