EGGS FOR ALL MANKIND
The SUPERsymmetry Collection, designed by Californian shaper Jason Koons, represents the broad range of mid-length surfing experience. The Yang is a modern take on the traditional egg design. It offers increased stability and versatility through a widepoint forward outline, slight increased entry rocker, and the 2+1 fin setup. The Yang is the choice for those wanting a board for larger point or reef surf and feeling the incredible glide and speed you get from an egg, or for those simply looking for increased stability and versatility in any surf.
KEY SPECS:
| Wave Size | 1-6+ |
|---|---|
| Best Performance | 2-5′ |
| Ability/Experience | Beginner to expert |
| Rocker | Modern egg rocker |
| Rails | Eggy |
FAQ
What makes the Yang board different from traditional egg designs?
The Yang features a widepoint forward outline, a slight increased entry rocker, and a 2+1 fin setup, which improves stability and versatility compared to traditional egg designs.
Is the Yang suitable for reef or point breaks?
Yes, the Yang is designed for both larger point or reef surf, offering excellent glide and speed in those conditions.
What type of surfer would benefit most from the Yang?
Surfers from beginner to expert levels can benefit from the Yang due to its balance of stability and performance across various wave conditions.
Joan Mackay –
I’ve been surfing for over a decade and the Yang is a solid upgrade from my old egg board. The stability on smaller waves is great, and it handles well in reef conditions. The glide on larger waves is impressive, and the 2+1 fin setup gives me more control when turning.
Gabrielle Gray –
As a beginner, I was nervous about using a mid-length board, but the Yang felt stable and easy to maneuver. The rails are smooth and the entry is forgiving. It’s perfect for practicing on consistent waves.
Nicola Carr –
I use this board for both point breaks and reef runs. The wide forward outline helps with balance, and the rocker allows for smooth transitions. It’s versatile and reliable in different conditions.