The home for high-performance surfing. This category contains all techniques and maneuvers focused on speed, vertical attack, and aerial progression. Includes skills relevant to thrusters, quads, twin fins, and mid-lengths.
Attembrah details how to perform a perfect snap, covering wave selection, body rotation, core engagement, and the transition back into the wave to set up the next maneuver.
Lakey Peterson breaks down the Frontside Snap for speed, regular, and closeout sections, focusing on arm coil, the “karate kick” technique, and counter-rotation for balance and maximum power.
The ultimate frontside snap tutorial detailing the deep bottom turn setup, arm loading and rotation technique, timing (the green section), and how to practice the full sequence on a surf skate.
Chip Encruder details 5 key techniques to perfect the bottom turn, focusing on back foot placement, dipping the back knee forward, maintaining an open body frame, and aiming for the wave’s trough.
Coach Martin Dunn breaks down the forehand bottom turn, emphasizing bending the body, reaching out with the inside hand to maximize rail engagement, reduce drag, and set up powerful top turns.
Josh Kerr breaks down the bottom turn for both small and large waves, detailing the use of the back arm for swing (small waves) versus a quiet lean (large waves) to maximize efficiency.
Lakey Peterson breaks down the frontside bottom turn into four key tips: compression (squat), rail engagement, apex timing (behind the section), and coiling the torso for maximum power and projection.
Ombe Surf discusses the physics of the bottom turn, focusing on how fluid dynamics and the Coandă effect provide hold on the rail, lift the board, and minimize drag for speed.
Episode 1 on bottom turns focuses on generating speed, compressing low, driving off the tail, and translating core mechanics from the Carver surf skate to the wave.
Patrick Gudauskas breaks down the bottom turn, focusing on the entry pause, the back hand’s “baby surfboard” motion, keeping the front arm calm, and generating the coil for power.