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Sims Snowboard Tech
Camber Profiles
Traditional Camber is a single convex arc between the board’s contact points ensures predictable edge hold, load, and rebound as pressure is exerted and expelled throughout the rider’s turn.
Transform Camber combines the best of both flat and traditional contours, offering the secure edge hold of conventional camber and the loose flexibility of flat camber for a lively, intuitive ride that feels free yet controlled.
M-Pop Camber is a hybrid double camber, engineered to deliver an easy-turning, catch-free feel while offering explosive pop. From precision edge control to a buttery looseness that plows through chop and bombed-out landings, M POP excels.
Modi M Camber is a dynamic blend of M POP and Transform Camber, this proprietary technology features a flat rocker section between the feet within a double camber design, the combination delivers next-level control for jib and park-focused riding.
Pow Camber is a proprietary construction, with the high point of the camber arc set back from the center. Slight rocker in the contact point of the nose gives it a directional balance that provides unrivaled float and control in the deep.
Core Profiles
Twin Wave Form features, with the position of the hole pattern and the camber, the thickness of the core surface partially adjusted to create a unique flex, enhancing shock absorption and control.
Bases
Standard Racing utilizes sintered P-TEX 2000; a dense, high-speed material that is proven to perform across all terrain and all conditions.
Premium Racing utilizes a high-density, high-speed base material chosen for its molecular weight, which delivers unrivaled speed, excellent wear resistance, and increased wax permeability.
Wood Cores
MOD 1 uses 100% North American original lightweight poplar wood in this Core. Poplar is the Industry standard and provides a stable wood core ideal for snowboarding.
MOD 2 combines poplar wood and Paulownia wood native to North America. Paulownia wood is the second lightest, strongest and supple of the woods commonly used in Snowboarding.
MOD 3 uses a combination of poplar wood native to North America and high strength to weight ratio bamboo provides propulsive performance in this Core. We increased the width of the bamboo array to increase the strength and energized feel of this Core.
MOD 4 is a unique blend of poplar, bamboo, and Paulownia wood in a balanced array, make this Core lighter and provide increased repulsion, increased strength, and a lively feel.
Tip Technology
Regular Tip is a traditional construction that features full wood core content from tip-to-tail for smooth-flexing stability and durability.
Flexible Thin Tip uses weight-saving technology that reduces material in the board’s tip and tail, resulting in lighter swing weight which makes it easier and faster to spin and rotate tricks.
Fiberglass Laminates
Bi-Tex lay up, a standard fiberglass at 0º and 90º degrees creates a soft yet stable flex, ideal for beginners and riders seeking flexible, pressable jib and park performance.
Tri-Tex is the most advanced matrix which is a 3-way layup that combines light fiberglass at 0º, 45º, and 90º degrees, ensuring unquestionable pop, rebound, flex, and torsion in our highest performance boards.
Liten is a simple and proven fiberglass matrix comprised of 0º Standard fiberglass overlaid with 90º Light glass; balancing flexibility and torsional rigidity for a springy and pressable, smooth-flexing ride.
Carbon Lay-Up
I Carbon is a 50 mm carbon stringer provides lightweight rigidity to improve pop and power in all environments.
Double I Carbon is a two tip-to-tail carbon stringers through the center of the core increase torsional rigidity for increased response and control.
V2 Carbon is a pair of V-shaped carbon layers that point outward from the stance pattern, this matrix uses carbon to load pop in the tips while sustaining power between the contact points.
Side Wall Tech
Bubblegum Walls, utilizing soft, flexible urethane for the sidewalls adds high-performance dampening for jibs and jumping as well as overall durability.