Aluminum Mast

Design Overview – 

The Code Aluminium Mast features a parallel extruded aluminium section engineered for maximum stiffness and a precise, snug fit across all joints. Careful attention to geometry and tolerances eliminates play and delivers a solid, confidence-inspiring ride feel.

With a 120mm chord and 18.7mm thickness, the mast strikes a carefully balanced profile that offers excellent rigidity, efficiency, and durability.

Code offers two Aluminium Mast heights:

75cm
Designed for shallow water environments, prone surf, and riders spending time in the impact zone.
The shorter mast offers less drag, easier control at lower speeds, and reduced risk in shallow or
turbulent conditions. It’s a forgiving option that builds confidence for newer riders, while still
performing exceptionally well for experienced foilers in surf and downwind scenarios where agility
and control are key.

80cm
The true all-rounder in the lineup. The added length provides increased clearance in choppy water,
improved stability at speed, and greater freedom to lean into turns without breaching. Well suited to
a wide range of disciplines including surf, parawing, wingfoiling, tow foiling, and Foil Drive use, the
80cm mast is the go-to choice for riders looking for maximum versatility across varying conditions.

Components

Please note that components of the Aluminium Mast are sold separately.

• Aluminium Mast Stem (75cm or 80cm)
• Base Plate
• Top Socket
• Aluminium Bolt Kit Set
• Mast Cover (75cm or 80cm)

Aluminium bolt kit set includes
4 × M8 × 75mm T30 Torx bolts
1 × M6 × 80mm T30 Torx bolt
1 × M6 × 30mm T30 Torx bolt
1 × M6 × 20mm T30 Torx bolt
1 × M6 × 15mm T30 Torx hollow bolt
4 × M8 × 28mm track bolts
1 × zinc plated T30 tool

Assembly Responsibility
It is the responsibility of the shop to assemble the components for the customer. Please ensure your team is aware and prepared to handle this.

Product Supply
All items are sold to the shop separately.
Shops are recommended to stock and supply Tef-Gel as part of the installation process.