Carbon PP OVAL Monocoque Wide Tail
An evolution of the successful carbon monocoque range now upgraded using the superior, more reliable pre-preg layup construction method. Regular-shape outline for those that prefer the traditional racing stance . An updated, longer boom head delivers extra direct contact and added stiffness at the boom/mast connection point to give unparalleled feedback from the rig. The wider tails fit deeper modern sail profiles without distorting the foil. The 29mm Standard Diameter Grip (SDG) 'oversize' models deliver added stiffness for XL sails, and feature integrated pulleys to accommodate adjustable outhauls.
Pros & Cons
- Stiffest boom construction within the range
- High quality boom head
- Ergonomic very minor oval shape in grip section
- Wider tail to avoid sail distortion when using large sails
- Classic regular shaped boom which allows a comfortable stance when using large sails
Windsurf Boom Specifications
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FAQ
- How do Unifiber measure boom diameter thickness?
- Unifiber measure their quoted tube diameter – not including the EVA grip - in the centre of the harness line area. This is because the grip thickness can vary over time and also because some models feature a tapering of thickness over the boom length.
- Will my boom fit RDM or SDM masts?
- Both! All Unifiber booms are compatible with Standard Diameter Masts (SDM) and Reduced Diameter Masts (RDMs). The Aluminium C-Shape Monocoque 26 mm. and Aluminium Junior require an RDM-to-SDM adapter to be purchased separately.
- What does 1 Year Unconditional + 1 Year Conditional warranty cover?
- Warranty is valid 2 years after date of purchase. When making a warranty claim in the first year the product is unconditionally warranted. When making a warranty claim in the 2nd year the product must have clearly suffered from a manufacturer error.
- Can I use a boom fully extended?
- Yes, both Unifiber aluminium and carbon booms can be fully extended. In both construction options there is no increased risk of breaking the boom as well the booms stiffness will remain at an acceptable level.