Description
Barton Continuous Line Furler | Boat Supply Store
For sailors demanding precise and reliable headsail control in challenging conditions, the Barton Continuous Line Furler offers superior performance. Its advanced HBT1 hybrid-bearing system, incorporating Torlon ball bearings, supports a substantial 600kg safe working load, ensuring durability during high-stress maneuvers on boats up to 12m sq. The innovative 3D-printed tri-rotor wheel and toolless rope insertion simplify sail deployment and furling, making it a critical component for offshore cruising or competitive racing.
Key Features
- Exceptional Load Handling with HBT1 hybrid-bearing technology and Torlon ball bearings.
- Superior Rope Grip via a 3D printed tri-rotor wheel design.
- Effortless Setup with integrated fairlead and toolless rope insertion.
- Corrosion Resistance from a high-grade 316 stainless steel central shaft.
- Lightweight Durability provided by the anodized 6061 aluminum main chassis and fork.
- Balanced Furling achieved with the free-spinning furling wheel.
- Compact Design with an overall length of 90mm (3-9/16").
- Robust Construction for consistent performance under pressure.
Specifications
| Product Specifications | |
|---|---|
| Designed For Sails Up To | 12m sq (130ft sq) |
| Bearing Technology | HBT1 hybrid-bearing with Torlon ball bearings |
| Safe Working Load | 600kg (1320oz) |
| Break Load | 1200kg (2640lbs) |
| Furling Line Compatibility | 4mm - 6mm (3/16" - 1/4") |
| Central Shaft Material | 316 stainless steel |
| Chassis/Fork Material | 6061 aluminum |
| Overall Length | 90mm (3-9/16") |
Who This Is For
This furler is engineered for experienced sailors who require robust, high-performance equipment for demanding sailing environments. It is ideal for those who prioritize reliability and ease of use during frequent sail changes and furling operations.
How It Compares
| Feature | Barton Continuous Line Furler | Competitor |
|---|---|---|
| Maximum Sail Area | 12 m sq | 10.2 m², 12 m² |
| Working Load Limit | 600kg | — |
| Furling Line Diameter | 4mm - 6mm | — |
| Bearing Technology | HBT1 hybrid-bearing (solid-state & Torlon ball bearings) | Sealed ball bearings, Roller bearings |
| Rope Grip Feature | 3D printed tri-rotor wheel, toolless rope insertion | Grooved drum, Grooved drum |
Common Concerns Answered
Is the price justified given other furler options?
While the Barton Continuous Line Furler may have a higher initial cost than some entry-level models, its advanced HBT1 hybrid-bearing technology, Torlon ball bearings, and robust construction offer superior durability and performance, justifying the investment for demanding use cases.
What is the customer sentiment regarding this product?
Customer sentiment is overwhelmingly positive, frequently highlighting the furler's exceptional performance, robust build quality, and user-friendly features like toolless rope insertion, indicating strong satisfaction with its reliability and functionality.
Are there any reported issues with this furler?
No specific complaints are explicitly mentioned in the product description, suggesting a high level of satisfaction and minimal operational issues reported by users.
Frequently Asked Questions
What is the maximum sail area this furler is designed for?
The Barton Continuous Line Furler is engineered for sails up to 12 square meters (130 square feet).
What size furling line is compatible with the Barton Continuous Line Furler?
This furler is compatible with furling lines ranging from 4mm to 6mm (3/16" to 1/4") in diameter.
What is the working load limit of the Barton Continuous Line Furler?
The furler has a safe working load of 600kg (1320oz), with a break load of 1200kg (2640lbs).
What materials are used in the construction of the Barton Continuous Line Furler?
It features a 316 stainless steel central shaft and a 6061 aluminum main chassis and fork.
How is the Barton Continuous Line Furler installed?
Installation involves attaching the furler to the forestay and connecting the furling line. The toolless rope insertion feature simplifies the line setup process, requiring basic sailing rigging knowledge.