Sims Prototype 2027 is a futuristic approach to the concept of an all-mountain snowboard, designed for riders seeking absolute precision, a powerful dose of energy, and freestyle creativity in any terrain. This model revolutionarily blurs the line between the stability of a directional board and the full freedom of a twin. Thanks to its advanced construction, it allows for effortless surfing in deep snow while maintaining the stability and dynamism needed for performing tricks in the snow park and aggressive carving on hard slopes.

• Traditional Camber Profile: Construction based on full, traditional camber along the entire length of the active edge. Guarantees unmatched edge hold, powerful drive, and explosive rebound on turn exits. The classic profile provides full control and stability when riding at top speeds on hard and icy slopes.
• Long Nose Directional Geometry / Long Nose Twin: A hybrid shape combining a setback stance and taper with a symmetrical sidecut. The distinctively elongated nose drastically improves float in deep powder, while the balanced contact points ensure that the board behaves exceedingly predictably while riding and landing switch.
• MOD 4 Core Wooden Core with Twin Wave Form Profile: An advanced, ultra-light core that is a precise blend of selected poplar, paulownia, and bamboo wood. The 3D Twin Wave Form profile variably differentiates core thickness, ensuring the perfect harmony between flexibility and energy distribution, while drastically improving vibration damping under bindings.
• Tri-Tex Fiberglass Composite + I-Carbon Stringers: The most advanced structural combination in the Sims' lineup. The triaxial fiberglass matrix (woven at angles of 0°, 45° and -45°) works together with a central longitudinal band of pure carbon fiber (carbon stringer). This arrangement drastically increases torsional rigidity and speeds up board response time, allowing for perfectly clean, controlled arcs without slipping.
• Premium Racing Base : A performance-oriented, sintered base with the highest molecular density. It ensures maximum speed capabilities and excellent glide on any surface – from icy morning corduroy to heavy, wet spring snow.