2023 Starboard Aluminum SuperFlyer Evolution Wind Foil Set

Starboard Superflyer Evolution foil set

Category: Foil Set – Windfoiling

Starboard SuperFlyer Evolution Foil Set - Fast / Fun / Glide / Modular foil!
The new Super Flyer foil from Starboard is a user friendly performance foil ideal for riders seeking improved glide and speed over the Super Cruiser series foils. It is a higher aspect ratio foil with a wider wing span and shorter chord length to generate early lift – yet more top end speed. 1300 cm2 front wing 330 cm2 rear stabilizer surface areas help provides early lift speed – yet is still user friendly to keep you flying and progressing through foil jibes. New Evolution 102 cm fuselage helps stabilize the foils and transfer energy into the mast. The 82 cm V8 Aluminum mast is now equipped with a pre-assembled Top Plate that’s compatible with all track box boards in the industry. Torx screws and torx wrench are supplied for assembly. XXL V2 foil bag recommended – and sold separately.

Features:
- SuperFlyer AL foil set with Deep Tuttle mast head.
- Targets Windfoiling – foil box board – efficient foil performance.
- Great Glide and Speed capabilities.
- Carbon front wing and rear stabilizer = C300
- New Alloy Evolution fuselage – stiff and strong.
- Fuselage features a new mini-bridge – aids stiffness and flight control.
- Evolution Fuselage = Enhanced waterflow – more efficient entry.
- 85cm V5 Aluminum mast – with Deep Tuttle Head installed.
- Stainless Torx Screw Set and Wrench - included.

* Team XXL Foil Bag V2 recommended for storage and transport. Sold Separately!

Size / Specs:
Front Wing: 1300 cm
Rear Stabilizer: 330 cm
Fuselage: 102 cm
AL Mast: 85 cm
Connection: FoilBox / Deep Tuttle Head

Construction:
Carbon Wings are C300 = High Modulus pre-preg carbon construction. Tried and true – durable performance and industry standard for Starboard foils.
Fuselage – 6061 aluminum fuselage construction.
Aluminum Mast - Use a proprietary and patent-pending triple beam cross-section with a unique profile that pushes more material to the perimeter than any known other masts, providing unprecedented stiffness and performance.