Samson Stable Braid 1/2" Rigging Rope - Circus Exclusive

Bring distinctive style to dependable rigging performance with the Circus-exclusive edition of Samson Stable Braid. Featuring a unique, high-visibility color pattern, this professional-grade rope is easy to identify on the jobsite while delivering the proven strength, durability, and handling of standard Stable Braid.

Its torque-free double-braid construction combines a durable polyester cover with a high-strength polyester core. Low stretch provides predictable control during lowering operations, while excellent abrasion and UV resistance make it a dependable choice for demanding everyday tree work.

Key Features

• Exclusive Circus color pattern
• High-strength, low-stretch arborist rigging rope
• Torque-free double-braid construction
• Durable polyester cover and core
• Excellent abrasion and UV resistance
• High-visibility design for easier identification
• Consistent handling through compatible rigging equipment
• Maintains dependable performance in wet conditions
• Spliceable using a Class I double-braid splice
• Designed for controlled lowering and general tree rigging

Technical Specifications

• Brand: Samson
• Product: Stable Braid – Circus Exclusive
• Diameter: 1/2" (approximately 12 mm)
• Construction: Double braid
• Cover Material: Polyester
• Core Material: Polyester
• Color: Exclusive Circus pattern
• Average Breaking Strength: 10,400 lb (approximately 46.3 kN)
• Minimum Breaking Strength: 8,800 lb (approximately 39.1 kN)
• Published Working-Load Limit: 2,100 lb (approximately 9.3 kN)
• Elastic Elongation: Approximately 1.1% at 10% of average breaking strength
• Weight: Approximately 8.2 lb per 100 ft
• Specific Gravity: 1.38
• Splice Type: Class I double-braid splice
• Primary Application: Arborist rigging and controlled lowering

Safety Notice: This rope is intended for rigging applications only. It is not designed or approved for climbing, fall arrest, or personal life-support use. The actual working-load limit must account for the complete rigging system, rope condition, knots, splices, hardware compatibility, applicable safety factors, and potential shock loading.