Neilpryde Ryde HD 2021

NOTE: stock is not live - please call before buying to check

FREERIDE

Easy Ryders, get your tickets! The Ryde gives you all the highs of windsurfing without breaking your back, brain or bank account! The Ryde stands for the purest form of windsurfing, extremely easy and fast to rig, guaranteeing a smooth ride. Better still, it ́s a front row experience at a backseat price.

If you ́re an ambitious beginner or intermediate level looking to accelerate the learning curve, the Ryde has your name on it.

CONTROL AND STABILITY - Dynamic compact clew helping the twist to be progressive for optimal draft control and stability.

EASY TO RIG AND TRIM - One mast and one boom fits all sizes from 5.7 up to 7.7. RDM mast recomended for a lighter feel.

LOW END POWER AND EARLY PLANING - Moderate luff curve mantaining good lift while mantaining a stable profile when overpowered

_Ryde HD

//Dynamic compact clew 
//Rip stop web on the foot area 
//Kevlar patch on the clew and tack 

//Heavy Duty window - Radial HD panels used in our HD construction are there to strategically re-distribute the tack and clew loads throughout the sail’s body; improving the sail reflex without deforming. RADIAL HD panels are custom stitched per sail size for the HD versions of Combat to offer similar characteristics to Powerfuse at a lower price point. 

//Continuous luff construction - Elasticity. Stability. Rotation. Lightweight. 
Carries down haul tension in a continuous panel protecting horizontal seams from high loads that put stress on glue and stretches. Durable luff glide sleeve. 

 //Fuse Batten pockets - We have taken out traditional, separate batten pockets by overlapping body panels to efficiently create a sleeve for battens. This reduces unnecessary weight, simplifies construction and creates a fully symmetrical batten cavity, eliminating the tendency of traditional batten pockets too load differently from one tack to another. 

//Twin seams - Double stitching is used on all critical seams across our sails, allowing them to endure prolonged exposure to high loads and impacts.