Con curvas tridimensionales, redefine el diálogo entre la tabla de snowboard y el terreno
Tecnología de mapeo de curvas 3D: permite que cada sección del terreno se convierta en un escenario para que la tabla de snowboard responda con precisión.
Technology Demystified (How Curves Intelligently Map Terrain)
The core of 3D curve mapping technology is to transform the interaction between snowboard and terrain into optimized dynamic parameters through big data simulation and bionics design:
When the snowboard learns to "read" The terrain, gliding is no longer a confrontation, but a dance.
Traditional snowboard design relies on fixed side-cutting curves, which always require artificial adjustment in the face of changing terrain. 3D curve mapping technology breaks through the two-dimensional limitation, and through multi-dimensional surface modeling and dynamic pressure distribution analysis, the contour of each inch from the head to the tail of the snowboard can be intelligently adapted to the terrain change. This is not only an optimization of the geometry,What's more, it gives the snowboard the "intuition" of dynamic response, allowing the control to return to instinct.
● Accurate control of terrain adaptation: no matter hard snow, powder snow or ice, the outline of the snowboard always fits the snow condition, reducing adjustment actions.
● Seamless curve transition: Multi-radius composite curve design, so that the transition into the bend, Bend center, out of the bend as natural as running water.
● Maximize all-terrain performance: A single snowboard can handle complex mountain environments without compromising flexibility and stability
● For the pursuit of smooth engraving you:
Multi-Section side cutting makes cornering as precise as a track, without deliberately adjusting the center of gravity, and the snowboard naturally guides to the optimal route.
● For those of you who are keen on wild snow exploration:
Three-dimensional stiffness distribution helps to easily cope with snow and steep slopes, and the plate head adaptive buoyancy design significantly improves the powder snow passability.
● For those of you who focus on technology improvement:
Intuitive feedback and lower control threshold help you quickly break through bottlenecks and unlock higher-level glide performance.
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Dimensión técnica
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Limitaciones de la tabla de snowboard tradicional
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Avance en tecnología de mapeo de curvas 3D
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Corte lateral compuesto de varias secciones
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Un solo radio fijo dificulta equilibrar la flexibilidad a baja velocidad y la estabilidad a alta velocidad.
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La cabeza, la cintura y la cola de la placa están optimizadas por secciones: la cabeza de la placa adopta un radio suave para facilitar la flexión, la cintura de la placa con un radio pronunciado mejora el agarre, y la cola de la placa con un radio gradual mejora el control de la flexión.
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Ajuste dinámico al terreno
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Static curve can not adapt to complex snow surface undulation, easy to produce control fault.
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Mapeo de distribución de presión en tiempo real: ajusta dinámicamente el radio de la placa según el punto de presión del terreno para asegurar que el borde siempre muerda la superficie de nieve de manera eficiente.
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Sinergia de Torsión y Flexión
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La distribución rígida del cuerpo de la tabla es única, lo que dificulta enfrentar desafíos de terrenos multidimensionales.
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Diseño de gradiente de rigidez tridimensional: mientras se mantiene la elasticidad longitudinal, optimiza la rigidez torsional lateral para mejorar la estabilidad en curvas y la capacidad de paso.
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