F-One HM Carbon 14mm V2 Mast (T2)

From F-One

The F-ONE HM CARBON MAST 14 offers an outstanding balance of glide, control, and stiffness for riders pushing their performance in all foiling disciplines. Built with a refined layup of High Modulus Carbon, this mast brings sharp sensations, direct feedback, and an unmistakable feel of efficiency in every ride.

• Thin 14mm profile
• Optimized High Modulus carbon layup and SPINE structure
• Full Monobloc construction
• Great glide and rigidity
• TITAN 2 connection for improved structural efficiency, offering better glide and more direct feel

From the very first flight, you'll feel how light, responsive, and efficient this mast is. Its thin 14 mm profile slices through the water with ease, reducing drag and boosting your ability to accelerate, pump, and maintain speed.

Ideal for long downwind runs, dynamic freestyle sessions, or simply freeriding, this mast transforms energy from your legs into smooth forward motion and speed, making every pump count and letting you enjoy its glide to the max.

Fully molded in one shot from pre-preg carbon, its Monobloc construction integrates a now-reinforced SPINE internal structure and benefits from F-ONE's Dynamic Structural Design. 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, its layup has been finely tuned and optimized for each mast length to offer the best performance in each sport and condition.

This mast features our new top plate and the updated TITAN 2 mast foot. The redesigned top plate is now compatible with our lockable T-nuts and includes our keyhole-shaped "Quick-Attach System" for faster assembly. The mast can be connected to virtually all boards on the market featuring the Twin-Tracks system and is compatible with all front wings using the TITAN 2 connection.

Available in sizes from 75 to 105 cm, the HM CARBON MAST 14 is a premium gear for riders looking for speed, glide, and high control, whether pumping out of turns, linking bumps, or sending tricks.

Let it glide further, and feel the difference.

Specs

• PRE PREG TECHNOLOGY
• • Pre-preg makes the foils stiffer and stronger. With pre-preg fabrics, the carbon fiber is directly impregnated with epoxy resin by its manufacturer. This guarantees a perfect ratio between epoxy and carbon and represents the highest quality process. It is then cured at high temperature, bringing strength and durability.
• SPINE TECHNOLOGY
• SPINE internal structure ensures the best rigidity and control while riding.
• Dynamic Structural Design
• Recognizing that the structural design (construction) of a foil is as critical as its geometrical design (shape), F-ONE applies its Dynamic Structural Design to transform foil performance by tailoring the carbon fiber layup to each foil's specific program and use.
• HM
• The High Modulus Carbon fiber layup is 1.5x stiffer than the regular carbon fiber used in other constructions. The percentage of high modulus fiber has been carefully adjusted to obtain the best stiffness in both bending and torsion while keeping enough comfort for any kind of practice.

Titan 2 Connection

The TITAN 2 connection introduces a revised design to deliver even greater efficiency, rigidity, and reliability at the critical junction between the mast and foil.

Building on the compact, stiff, easy-to-assemble format that made the original TITAN so effective, the TITAN 2 now uses only two M8 screws and benefits from a reinforced structural connection. The result is improved precision and responsiveness, all while maintaining excellent hydrodynamic performance.

Riders will therefore benefit from a more direct feel underfoot, improved pumping, and a stronger connection to the foil in all conditions. This added stiffness also allows riders to stand higher on the mast, which helps reduce drag and optimize glide.

Package Includes:

• Front Wing
• Cover
• Mounting Hardware

Note: TITAN 2 connection is not backwards compatible with 2025 and older F-One foils and masts.