Description
Ronstan TriggerSnap Shackle 105mm | Boat Supply Store
For demanding sailing applications requiring secure attachment and rapid deployment, the Ronstan TriggerSnap™ Shackle offers unparalleled performance. Engineered from heat-treated, investment cast 15-5PH stainless steel, this 105mm shackle provides exceptional tensile strength and superior corrosion resistance essential for harsh marine environments. Its innovative TriggerSnap™ latch mechanism allows for intuitive one-handed operation and safe release, even under significant load, making it ideal for critical halyard or sheet lead connections on offshore monohulls navigating the Gulf Coast.
Key Features
- Quick and intuitive one-handed operation for rapid deployment.
- Secure release under load easily accomplished with a spike.
- Durable heat-treated, investment cast 15-5PH stainless steel components.
- Resilient to corrosion and built for long-term performance in marine conditions.
- Trusted individually proof-load tested for assured safety.
- Traceable with stamped production code for accountability.
- Efficient high strength-to-weight ratio.
- Versatile with small and large bail options available.
Specifications
| Product Specifications | |
|---|---|
| Length | 105mm |
| Material | Heat-treated, investment cast 15-5PH stainless steel |
| Operation | TriggerSnap™ latch mechanism |
| Testing | Individually proof-load tested |
| Traceability | Production code stamped |
Who This Is For
Sailors, riggers, and marine professionals demanding a high-strength, easy-to-operate snap shackle for critical rigging tasks. Ideal for those who prioritize reliability and quick functionality in challenging sailing conditions.
How It Compares
| Feature | Ronstan TriggerSnap Shackle 105mm | Competitor |
|---|---|---|
| Material | 15-5PH Stainless Steel | Anodized Aluminum, Composite body, stainless steel cam |
| Release Mechanism | TriggerSnap™ Latch | Spring loaded pin, Cam action |
| Operation | One-handed, spike release under load | Spring loaded pin, can be difficult under load, Lever action for line release |
| Strength | High | Moderate, Designed for line holding |
Common Concerns Answered
Does the release mechanism require a special tool?
Yes, the TriggerSnap™ latch is designed for release under load with a spike. While this provides secure operation, ensure the spike tool is kept track of for efficient deployment when needed.
Is this shackle cost-effective for general use?
The Ronstan TriggerSnap™ Shackle represents a premium investment. Its higher price point reflects the superior 15-5PH stainless steel construction, advanced TriggerSnap™ mechanism, and rigorous testing, offering long-term durability and performance that justifies the initial cost over basic aluminum alternatives.
How does this compare to simpler snap shackles?
This shackle is distinguished by its ability to be released under load with a single hand, a feature not typically found on basic aluminum snap shackles with spring-loaded pins. The heat-treated 15-5PH stainless steel also provides significantly higher strength and corrosion resistance.
Frequently Asked Questions
How do I release the Ronstan TriggerSnap™ Shackle under load?
To release the shackle under load, a spike or similar tool is inserted into the designated slot of the TriggerSnap™ latch mechanism, disengaging the locking pawl.
What material is the Ronstan TriggerSnap™ Shackle made from?
The shackle is constructed from heat-treated, investment cast 15-5PH stainless steel, renowned for its exceptional strength and corrosion resistance.
Is the Ronstan TriggerSnap™ Shackle suitable for marine environments?
Absolutely. The use of heat-treated 15-5PH stainless steel ensures superior corrosion resistance and durability, making it highly suitable for harsh marine environments.
What are the dimensions of the Ronstan TriggerSnap™ Shackle?
This specific model is 105mm in length.
Can the Ronstan TriggerSnap™ Shackle be operated with one hand?
Yes, the innovative TriggerSnap™ latch mechanism is specifically designed for quick and intuitive one-handed operation.
