A true masterpiece of composite craftmanship and design
The F-ONE HM Carbon Mast 14mm will transform your foiling experience. Slice through the water and enjoy the purest glide with its ultra-thin profile, full Monobloc structure and High Modulus Carbon construction.
- Ultra-thin 14mm profile
- Full Monobloc construction
- High Modulus Carbon layup
- High performance
- Increased rigidity
The Carbon Mast HM 14mm thick mast features both an integrated top plate and TITAN mast foot at the bottom. Associated with the ultra-thin profile, this full Monobloc construction brings incredible rigidity and helps reduce drag to a minimum, meaning easier starts, immense glide, higher speeds and the utmost connection between the foil and the board. The mast is in one piece and built in carbon pre-preg with a hollow-like structure which is molded and cured in one shot.
The added High Modulus Carbon (M40J) fiber layup follows F-ONE’s special recipe to optimize both the bending and torsional stiffness, allowing you to fully stay in control and comfortable in all situations and at high speeds. The layers of carbon fibers have been carefully distributed at 0° lengthwise to optimize stiffness in bending and at about 45° to optimize stiffness in torsion. Finally, this layup has been finely tuned and optimized for each mast length to offer the best performance in each sport.
Available in 80cm, 85cm, this mast is ready for all disciplines — surf, wing, kite — and will particularly excel in downwind and anywhere where glide is your top priority.
The 80cm is our newest size and was developed specifically for surf foiling, offering better pumping abilities and reducing undesirable breaching of the wingtips on the waves.
This mast can be connected to virtually all boards on the market featuring the Twin-Tracks system and can receive all the wings and fuselage that feature the TITAN connection slot. The F-ONE Carbon Mast HM 14 is a superior piece of gear and raises the bar in terms of performance and control, delivering superior and flawless behaviour on the water.
