Journal
Why Rails, Rocker, and Outline Must Work Togeth...
You cannot change one design feature on a wakesurf board without affecting the others. Discover why board design is a delicate hydrodynamic ecosystem, and learn exactly how your board's rails,...
Why Rails, Rocker, and Outline Must Work Togeth...
You cannot change one design feature on a wakesurf board without affecting the others. Discover why board design is a delicate hydrodynamic ecosystem, and learn exactly how your board's rails,...
The Biomechanics of Spins: Harnessing Angular M...
Mastering wakesurf 360s requires more than sheer effort; it demands a strict application of physics. Discover how the conservation of angular momentum, moment of inertia reduction, and core stability govern...
The Biomechanics of Spins: Harnessing Angular M...
Mastering wakesurf 360s requires more than sheer effort; it demands a strict application of physics. Discover how the conservation of angular momentum, moment of inertia reduction, and core stability govern...
Translatable Force: Applying Newton’s Second La...
Getting massive air on a wakesurf board isn't about jumping harder—it's a strict physics equation. Learn how to apply Newton's Second Law (F=ma) and Impulse (J=Ft) to perfectly time your...
Translatable Force: Applying Newton’s Second La...
Getting massive air on a wakesurf board isn't about jumping harder—it's a strict physics equation. Learn how to apply Newton's Second Law (F=ma) and Impulse (J=Ft) to perfectly time your...
The Science of Snub Noses and Blunt Tails: Swin...
Why are modern wakesurf boards losing their pointy noses and pulled-in tails? Discover the engineering behind snub noses and blunt tails. Learn how eliminating dead weight reduces Moment of Inertia...
The Science of Snub Noses and Blunt Tails: Swin...
Why are modern wakesurf boards losing their pointy noses and pulled-in tails? Discover the engineering behind snub noses and blunt tails. Learn how eliminating dead weight reduces Moment of Inertia...
Curve Appeal: The Physics of Outline Curvature ...
Does your wakesurf board feel stiff in the turns or too loose on the straightaways? The answer lies in the physics of your board's top-down shape. Discover the fluid dynamics...
Curve Appeal: The Physics of Outline Curvature ...
Does your wakesurf board feel stiff in the turns or too loose on the straightaways? The answer lies in the physics of your board's top-down shape. Discover the fluid dynamics...
Linear vs. Rotational Speed: The Mechanics of G...
Wakesurf speed isn't a single metric. Discover the critical physics between linear speed (straight-line glide) and rotational speed (spinning on an axis). Learn how drag reduction, Moment of Inertia, and...
Linear vs. Rotational Speed: The Mechanics of G...
Wakesurf speed isn't a single metric. Discover the critical physics between linear speed (straight-line glide) and rotational speed (spinning on an axis). Learn how drag reduction, Moment of Inertia, and...