KINGDOM
Product description
Material
THE LIGHTEST IN THE WORLD
Experience the new world of carving
The lightest board in the world Lightweight
The CSMC core material with Namd™ graphite construction eliminates chatter and increases stability at high speeds. Experience the new feeling of high-performance carving with its unprecedented lightness and maneuverability.
ISOMETRIC TIP
Introducing our new "ISOMETRIC TIP" shape, based on our original ISOMETRIC technology. This square racket shape theory was inspired by the "sweet spot" of a tennis racquet. The sweet spot of the tip has been enlarged, increasing stiffness and improving landing stability.
MICRO-CORE
A core material with high density, center of gravity, and stiffness. These properties allow the material to maximize vibration absorption and suppression during gliding.
ISO NANO HIGH SPEED RACING graphite base
Our premium lubricating material, manufactured with nanotechnology. Its ultra-high molecular weight improves wax retention and suppresses static electricity, which ultimately leads to additional drag. (Molecular weight: 10.5 million)
Namd™
Our high-strength, bonded graphite nanotube technology. Uniformly bonded graphite fibers dramatically improve interfacial adhesion over resin. This new graphite material is resistant to hardening under high loads. It has high stiffness and fast recovery force, making it less prone to chatter and improving overall stability at high speeds.
NORMAL ARCH WIND
The Basic Camber is designed for high jumps and sharp carving performance thanks to a firm stance on the board. The overall balanced board for standard riders.
Microcore construction with carbon sheath
Lightweight core structure that balances lightness and strength
By using a stronger three-dimensional graphite core over the entire body and achieving lightness by significantly reducing the fiberglass used in the tip joint.
Aramid honeycomb
A honeycomb material that combines high strength with a lightweight feel—the most important properties for core materials. The base's low flexural yet elastic modulus prevents sagging.