MATRIX SYSTEM: BOOMS

NeilPryde booms are designed to feature the best possible strength to weight ratio. In achieving this, they must also be stiff. Through the use of a monocoque (single piece) boom arm construction and a solid connection to the mast (newly improved for 2007), it is possible to deliver a stiff, light and strong boom.

Proven high performance technology is used for the construction of the X9, and in doing so, delivers the finest windsurfing boom available today. With a monocoque aluminium body and carbon tail, the hybrid construction of the X6 makes for a boom that is stiff, light and durable. The one piece aluminium body and tail of the X3 boom makes for an extremely durable unit.

How stiff the boom is will have a direct impact on how responsive your rig feels when you are on the water. Whether you choose an X9, X6 or X3, there is a level of performance suited perfectly to the amount of time you have to windsurf, your sailing style and location.

Remember, the wind can tell THE DIFFERENCE.

Neil Pryde X3 Aluminium Boom

BOOM SPECIFIC FEATURES:

• Standard diameter handgrip for stiffness and comfort*
  
• Oversized Mast Cup in glass fibre reinforced injection moulding
  
• Monocoque Aluminium Boom Body
  
• Monocoque Aluminium Tail Extension
  
• For those looking for a price-point, stiff, performance

Postage Available

Email sales@aquasports.co.uk with your kit requirements.

Click on image to enlarge.

Neil Pryde X6 Aluminium/Carbon Hybrid Boom

BOOM SPECIFIC FEATURES

• Reduced diameter handgrip for ultimate comfort and control on the 135, 145, 160 booms*
  
• Standard diameter handgrip on 180, 200, 225 booms for stiffness and performance
  
• Oversized Mast Cup in carbon fibre reinforced injection moulding
  
• Oversized Mast Cup in carbon fibre reinforced injection moulding
  
• Monocoque Carbon Tail Extension
  
• For those looking for enhanced performance achieved by hybrid construction

Postage Available

Email sales@aquasports.co.uk with your kit requirements.

Click on image to enlarge.