Description
The Helix 2.0 is our highest-performance leash to date, engineered for maximum strength, minimal weight, and all-day comfort.
At the heart of the system is the new Uni-Loop leash string, a continuous, variable-diameter loop rated to 450kg, engineered to replace knotted leash strings. Constructed with UHMWPE, the lightest and strongest fibre in the world, the Uni-Loop simplifies attachment, reduces risk, and delivers higher performance. Paired with an EcoBlend Helix cord and an improved ultra-comfort cuff, it's built to keep you connected when it matters most.
Stay connected to your board.
FEATURES & BENEFITS
- Uni-Loop Connection System: eliminates traditional leash knots
- Uni-Loop rated to 450kg: a continuous loop for superior security
- Uni-Loop made from UHMWPE Fibre: the lightest and strongest fibre in the world
- EcoBlend Helix Cord: sustainable, corn-based bio-resin construction for a lighter, stronger cord
- Titanium overmoulded swivel connections
- New and improved ultra-comfort cuff for secure, irritation-free wear.
PERFORMANCE BENEFITS
Stronger than Steel
The Uni-Loop is made from UHMWPE fibre, the lightest and strongest fibre in the world. That means ultimate strength without any unnecessary weight.
Next-Generation Uni-Loop Connection
The continuous-loop design removes the need for traditional knots, reducing weak points while delivering a secure 450 kg-rated connection between you and your board.
Fast, Simple Attachment
The variable-diameter Uni-Loop features a single entry point for quick installation, making setup faster and easier before every surf.
Ultra-Comfort Cuff
Built with a silicone grip print to reduce slipping, thin, lightweight neoprene padding, and a slim moulded Velcro closure. The moulded pull-tab gives a secure finger grip for quick release.
Natural Strength, Less Drag
Built with EcoBlend, a sustainable, corn-based bio-resin, the Helix cord is lighter and stronger. The Helix construction straightens under load to absorb shock and amplify strength, while the textured cord surface creates hydrodynamic flow for less drag
