Formula V4 - FLYWEIGHT / PERFORMANCE / POP
The Design Difference
This team’s favorite twin tip continues to put the most technical and high-end materials beneath your feet. Utilizing the new Textreme Carbon Construction provides the perfect balance of stiffness, flex, and board weight to keep you on the water longer and shredding harder. The full-length double-concave hull creates a streamlined channel for better grip, speed, and upwind ability. Combined with our Atomic Wood Core and Featherlight Tips, the Formula V4 provides the pinnacle of on-water comfort, stiffness, speed, and upwind ability.
Textreme Carbon Construction
The Formula is built entirely with -30/+30 high modulus carbon fiber. This means the Formula is insanely strong and crazy lightweight. On top of that, we layered a High Modulus Textreme Carbon Stringer from tip to tip to provide explosive pop and trick propulsion.
Full-Length, Double-Concave Hull
Provides the smoothest on-water riding experience. Upon landing a jump, the spine of the double concave is the first thing to touch the water, which breaks the surface tension and provides buttery soft landings.
Atomic Wood Core
Sustainably grown Paulownia wood gives boards a lively and springy character. The vertically laminated construction optimizes the collective strength of the wood and provides strength, durability, and consistent flex.
Single Shot Fusion Sidewalls
Our innovative Single Shot Fusion Sidewall incorporates cork to enhance the board’s ability to absorb chop while kiting. This advanced sidewall design not only increases the board’s performance in rough conditions but also adds durability.
DuraLight Base
This .2mm base material has the ideal strength-to-weight ratio. Lightweight performance in a strong and durable package.
Carbon Bedrock Inserts
Light, flexible, and durable inserts that maintain the board’s flex underfoot for a consistent feel from tip to tail.
Featherlight Tip
Thanks to the stiffness provided by Textreme Carbon Construction, the tips of the Formula V4 has been reduced in thickness to minimize weight and provide a tapered flex characteristic.