几何的终极进化，操控维度的革命
● 智能渐变控制：从板头到板尾，转向特性平滑渐变，告别失控感。
● 地形适应浮力：优化板身收尾和拱形贴合，大幅提升在粉雪中的浮力与通过性。
● 毫厘之间的精准操控：每一段有效刃边都有明确分工，操控精确到厘米级。
SIDE-PRO-TAPE MULTI-DIMENSIONAL CURVE OPTIMIZATION SYSTEM-RESHAPES THE DIALOGUE BETWEEN SNOWBOARD AND TERRAIN WITH ACTUARY-LIKE PRECISION.
When the snowboard bid farewell to a single side cut radius, when each centimeter of the board blade has an independent mission.
Traditional snowboard design stops at a single radius of the side cut curve, which is like using only one tool to deal with all terrain. The Side-Pro-Taper system is our upward-dimensional thinking about snowboard geometry. Through supercomputing and big data analysis, it performs collaborative optimization and zoning management of the side-cut shape, plate head/plate tail taper, and effective edge contact points of the snowboard,Let a snowboard intelligently present the most suitable control characteristics in different sliding stages and terrain.
科技揭秘（3D参数如何协同工作）
Side-Pro-tap系统的核心在于让三大几何参数不再各自独立运作，而是形成一个智能响应系统。
Redefine the way you glide
● For skaters seeking all-round performance:
○ One board against many boards, truly realize the outstanding performance of the whole mountain and All Terrain
○ No adaptation period when switching between different snow conditions, always maintain the best condition
● For enthusiasts who are keen on technology upgrading:
○ System provides clear and consistent feedback to accelerate technology growth
○ Every technical action can get the precise response of the snowboard
● For explorers seeking the ultimate experience:
○ Rediscover the fun of skiing and experience the control innovation brought by science and technology.
○ Feel the perfect dialogue between snowboard and terrain in the most demanding terrain
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优化维度
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传统设计的局限性
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Side-Pro-Taper System Solutions
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Multi-section composite side cutting
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单一固定半径使得在高速稳定性和低速灵活性之间难以平衡。
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The plate head, plate waist and plate tail adopt composite side cutting with different radii. The plate head is smoother for entering the bend, the plate waist is more aggressive to provide grip, and the plate tail is gradually changed to facilitate the control of the exit bend.
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动态触点管理
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The edge contact point is fixed and cannot adapt to changes in snow conditions under different bending amplitudes.
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The effective edge is dynamically adjusted according to the bending amplitude. During shallow bending, there are few contact points and flexible turning; During deep bending, the contact points increase and the cornering is stable.
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优化维度
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传统设计的局限性
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Side-Pro-Taper System Solutions
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智能锥度分布
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Fixed taper design, single performance in hard snow and powder snow.
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The taper of plate head is larger than that of plate tail. In powder snow, the plate head rises significantly to provide buoyancy, while in hard snow, the plate tail maintains a longer effective edge to enhance stability.
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