Technology
Technology
Build a Board Around Your Vision
From shape and profile to materials, construction and performance.
Freesport provides flexible snowboard manufacturing options for OEM and ODM projects. Choose the shape, profile, materials and construction that best fit your product concept and performance goals.
Shape
Board shape influences how a snowboard responds, turns and performs across different riding styles and terrain. Freesport offers different shape options to support your product concept.
Twin
Perfectly symmetrical for a balanced ride that’s equally versatile when ridden regular or switch, jib, spin and stomp. A balanced choice for freestyle mobility and stability.
Directional
The classic snowboard shape, designed to be ridden with a slightly longer nose than tail. This concentrates pop in the tail while providing float, flow and control across different terrain and conditions.
Profiles
Snowboard profile affects edge hold, turn initiation, float and overall riding characteristics. Freesport supports multiple profile configurations for different performance requirements.
Camber
The traditional snowboard profile. Camber offers precise turn initiation, strong edge hold and powerful response on groomed terrain and harder snow.
Flat Camber
A flat profile provides easy transitions, with better edge grip than rocker and greater maneuverability than traditional camber.
Flat Camber with Convex Base
A neutral profile that distributes pressure across the snow and creates a less aggressive, catch-free ride.
Rocker
Also called reverse camber. Rocker provides excellent float in soft snow and easier turn initiation with less chance of catching an edge.
Hybrid
A combination of tip rocker, tail rocker and camber between the bindings. Rockered tips improve float and maneuverability, while camber underfoot provides edge hold, response and stability.
Choose the Materials Behind the Ride
Material selection plays an important role in the weight, durability, stiffness, response and overall riding characteristics of a snowboard.
Topsheet
Surface materials designed for appearance, durability and product differentiation.
Standard Top Sheet
Highly transparent, UV-stabilised ABS/TPU top sheet available in gloss or matt finishes.
Structured Top Sheet
A structured surface pattern improves wear resistance while creating a more dimensional graphic appearance.
Wood Veneer
Real wood veneer top sheet for a distinctive and natural product look.
Core
The core is fundamental to the board's strength, weight and response.
Wood Core
Eco-friendly wood cores with selected wood densities positioned in specific areas to provide pop, strength and reduced weight.
Isocore
A high-density material designed to provide outstanding strength and toughness while helping absorb landing impact and convert it into riding power.
Base
Base material affects speed, durability, maintenance and graphic possibilities.
Sintered Base
A fast, durable and highly wax-absorbent base material.
Extruded Base
A practical combination of speed, strength and graphical flexibility with relatively low maintenance.
Sidewall
Sidewall construction contributes to torsional stiffness, edge grip and impact durability.
ABS
Freesport uses ABS sidewall construction to support torsional stiffness, edge grip and durability against impact.
Fiberglass
Fiber selection and lamination influence strength, stiffness, response and ride feel.
Fiberglass
Multi-axis and stitched fiberglass lamination provides a precise and responsive ride.
Basalt Fiber
Basalt fiber offers strong physicomechanical properties and is a more environmentally friendly alternative to conventional fiberglass.
Hybrid Weaving Fiber
Carbon fiber woven into fiberglass to provide additional strength and stiffness.
Carbon
Carbon stringers provide additional dampening, stiffness and torsional rigidity. Different carbon layouts can be selected according to the desired performance characteristics.
Straight in the middle from tip to tail
V-style on tip & tail
Straight from tip to tail
V-style from mid to edge
Every Layer Has a Purpose
A snowboard is built from multiple layers, each contributing to the final performance, durability and riding characteristics of the finished board.
Typical snowboard construction and material layers
Built for OEM / ODM Development
From material selection to final construction, Freesport combines manufacturing experience, technical development and quality control to support long-term snowboard programs.
Build the Right Combination for Your Product
From board shape and profile to materials, reinforcement and construction, Freesport can work with your team to develop snowboard specifications around your target market and performance requirements.