Ronstan Series 300 TriggerSnap™ Shackle, Small Bail, 111mm – 2400kg MWL

Experience secure and effortless attachment with the Ronstan Series 300 TriggerSnap™ Shackle, engineered for superior performance and safety in demanding marine applications. This compact shackle simplifies sail handling maneuvers, providing quick, intuitive one-handed operation. Constructed from high-grade, heat-treated stainless steel and individually proof-load tested, it delivers reliability and peace of mind on the water. Upgrade your rigging today for enhanced efficiency and safety.

Key Benefits & Specifications:

• TriggerSnap™ Latch Mechanism: Enables quick, intuitive one-handed attachment and release, simplifying sail handling maneuvers and ensuring efficient operation.
• Advanced Stainless Steel Construction: Features heat-treated, investment cast 15-5PH stainless steel components for exceptional strength and superior corrosion resistance, complemented by Grade 316 stainless steel rivets and spring for enduring marine performance.
• Individually Proof-Load Tested: Each shackle is rigorously tested to ensure uncompromising safety and reliability, stamped with a production code for full traceability.
• Easy Release Under Load: Designed for safe disengagement under tension by actuating the trigger with a spike (available separately).
• High Strength-to-Weight Ratio: Delivers robust performance without adding unnecessary bulk, ideal for weight-sensitive rigging.
• Small Bail Design: Optimized to suit a variety of rigging configurations, particularly on yachts typically ranging from 30 to 45 feet Length Overall (LOA).
• Maximum Working Load (MWL) of 2400 kg (5290 lb): Provides secure handling for critical loads, guaranteeing reliable performance in demanding sailing conditions.
• Audible 'Click' Engagement: Provides positive feedback and peace of mind that your shackle is securely fastened.

Recommended Pairings: For enhanced safety and convenience, pair with the Ronstan RF1322 TriggerSnap™ Shackle Release Spike for effortless release under load.