2024 Armstrong Forward Geometry Wing Board



The all new wing board range is designed to enable your winging progression.

The Wing FG board range is designed for winging.  Its refined shape packs more volume into smaller dimensions, allowing riders to experience the performance of a smaller board while facilitating ease of use.  A swept wedge nose, cleanly arranged tail geometry and full length chines results in a unique level of functionality, refinement and aesthetics.

Ten sizes offer somethign for riders of all skill levels and weights.

Sizes: 4'2 (34L) / 4'4 (40L) / 4'6 (48L) / 4'8 (58L) / 5'0 (70L) / 5'2 (80L) / 5'4 (90L) / 5'8 (105L) / 5'11 (120L) / 6'2 (135L)


Experience a big jump in overall performance witout having to trade substanial volume to get there.

  • Compared to the FG board ranges, the Wing boards have an overall narrower outline for increased planing speed, higher turning performance and reduced windage.
  • Improved stability with a wider, flatter standing area and contoured deck grip edges.
  • Incredibly smooth and easy takeoffs and touchdowns with a cleaner, reduced area bottom shape.


Limitless options to fasttrack your progression.

Emphasising modularity within board design, Armstrong introduced a major innovation to wing boards in 2021 with the Forward Geometry concept.  Designed to work with any brand of foil, the FG design increases responsiveness by placing the foil more centrally and reducing swing weight in turns.  The Wing board range carries on that design legacy with FG foil tracks that are strategically placed well forward for maximum manoeuvrability and a hyper connected feel on foil, delivering high performance to riders on all the board sizes.


Maximum structural rigidity creates a sublime feel underfoot.

The ultra stiff double skin carbon PVC sandwich combined with Armstrong's reputed i-beam top to bottom dual stringers provides maximum structural rigidity and durability.  Proprietary carbon fibre foil tracks are keyed directly in to the stringer fibres for a fully integrated construction.


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