Ronstan 22mm Ball Bearing Track & Cars NZ – Traveller Systems & Precision Sail Control
Upgrade your yacht’s sail handling with Ronstan 22mm Ball Bearing Track & Cars from Barton Marine NZ. Engineered for smooth traveller movement, low-friction performance, and exceptional durability, the Ronstan Series 22 Ball Bearing Track System is ideal for mainsheet traveller applications on boats up to approximately 10 metres (33ft) and genoa sheet systems on boats up to approximately 11 metres (36ft). Twin rows of recirculating Torlon® ball bearings allow the alloy traveller cars to move effortlessly under load for precise sail trim and improved performance.
Whether you're replacing worn components or installing a complete traveller system, Barton Marine NZ stocks genuine Ronstan 22mm Ball Bearing Track & Cars, including track sections, traveller cars, control cars, end fittings, and accessories.
Complete Ronstan 22mm Ball Bearing Track System
Browse our collection, including:
- 22mm ball bearing track sections
- Traveller cars
- Orbit™ lashing cars
- Pivoting shackle traveller cars
- Dual and quad control sheave traveller cars
- End stops and end controls
- Track joining components
- Mounting hardware
- Replacement traveller accessories
Designed as a modular system, these components work together to provide smooth, efficient, and reliable sail control for a wide range of sailing applications.
Engineered for Smooth & Efficient Sail Control
Accurate traveller adjustment is essential for maintaining optimal sail shape and boat speed. Ronstan's Series 22 Ball Bearing Track System uses machined alloy car bodies running on twin rows of recirculating ball bearings, significantly reducing friction and allowing easy adjustment even under substantial loads.
Benefits of Ronstan 22mm Ball Bearing Track & Cars
- Precision low-friction ball bearing technology
- Smooth traveller movement under load
- Lightweight, high-strength alloy construction
- Marine-grade corrosion-resistant materials
- Accurate mainsheet and genoa control
- Long service life with minimal maintenance
- Ideal for cruising and racing yachts
These features improve sail efficiency, reduce trimming effort, and provide more responsive sail control in changing conditions.
Ideal for Multiple Sailing Applications
Ronstan 22mm Ball Bearing Track & Cars are suitable for:
- Mainsheet traveller systems
- Genoa sheet lead systems
- Jib control systems
- Performance sailing applications
- Cruising yacht upgrades
- Sports boat rigging
- Custom sail control installations
- High-load deck hardware systems
The versatile Series 22 range includes traveller cars, Orbit™ lashing cars, and control sheave cars to suit a variety of rigging layouts.
Built for New Zealand Sailing Conditions
New Zealand's coastal and offshore conditions demand hardware that performs reliably under saltwater exposure, UV radiation, and heavy sailing loads. Ronstan 22mm Ball Bearing Track & Cars are manufactured using premium marine-grade materials and precision engineering to provide dependable performance season after season.
Whether you're club racing, coastal cruising, or undertaking offshore passages, these traveller systems deliver the reliability and smooth operation expected from world-class sailing hardware.
Why Buy Ronstan 22mm Ball Bearing Track & Cars from Barton Marine NZ?
- Genuine Ronstan sailing hardware
- Complete range of tracks, traveller cars, and accessories
- Precision ball bearing technology for smooth operation
- Suitable for mainsheet and genoa systems
- Fast New Zealand-wide shipping
- Trusted NZ marine and sailing supplier
- Expert advice on sail control and rigging systems
Shop Ronstan 22mm Ball Bearing Track & Cars Online
Whether you're replacing a traveller car, upgrading your sail control system, or installing a complete new traveller arrangement, Barton Marine NZ offers a comprehensive range of Ronstan 22mm Ball Bearing Track & Cars engineered for precision, durability, and outstanding sailing performance. Browse our collection today and equip your yacht with premium Ronstan hardware trusted by sailors around the world.
