Code Foils Aluminium Base Plate

• Slotted base plate design improves compatibility and setup adjustment.
• Hole spacing designed to adapt seamlessly with Foil Drive systems
• Deep female mast connection increases rigidity and load distribution

Precision engineered. Premium performance at an accessible entry point.

This purpose-built aluminium mast delivers Code-level stiffness, fit, and ride quality in a durable aluminium construction, significantly reducing the overall cost of a complete foil setup. It is the first aluminium mast from Code that is fully compatible, rigid, and refined, making it an ideal entry point into the Code ecosystem across all disciplines. It is also perfectly suited for riders building a cost-effective Foil Drive-compatible setup without compromise. The mast features a parallel extruded aluminium section engineered for maximum stiffness and a precise, snug fit across all joints. Tight tolerances and refined geometry eliminate play and deliver 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, performing well above typical entry-level aluminium masts

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.