Flux CV 2027 is an uncompromising model with a stiffness of 8/10 (stiff/highly responsive), designed as a specialized tool for extreme carving and aggressive freeride. This construction was created to completely lock the boot and eliminate any delays between rider and board, allowing precise control over the stiffest decks at maximum speeds.

• Increased heel construction by 1.5 cm (High Heelcup Design): The revolutionary element in the binding geometry is the 15 mm raised aluminum heelcup. This radical elevation significantly increases leverage during heel (backside) turn initiation. An additional advantage is the physical limitation of the phenomenon of heel drag, which is dragging the boot on the snow at extreme angulation during a carving turn.
• Slotted Highback Spoon with Super Tough nylon: In its latest version, the profile of the highback spoon has been modified, thickening its lower construction section. This provides immediate longitudinal response. The use of improved Super Tough Nylon with slotted design ensures stability while allowing optimal torsional flex, adapting to the rider's foot pressure.
• Boost FootOn Platform: The cushioning pad has been raised by 4 mm compared to standard platforms, creating a direct force transfer to the board's edges. The pad's structure prevents the accumulation and freezing of wet snow under the boot, stabilizing the support point in varying thermal conditions.
  
• Upper Waffle Strap and UU Fit system: The high-mounted point of the upper strap three-dimensionally wraps around the boot shell. The openwork structure of the Waffle Strap evenly distributes the enormous forces of the ratchet, preventing pressure points and foot numbness during aggressive all-mountain riding. The UU Fit patent ensures the boot is pulled down and settled deep in the heelcup, rather than just being crunched vertically.

• Micro-adjustment and tool-free system: The bindings offer an extensive range of customization without the use of a screwdriver. This allows for full highback rotation, a wide range of angle changes, as well as independent adjustment of the plate extension at the front and back (footbed), resulting in perfect centering of the boot's axis relative to the board's sidecut.