Classic Camber Profile
Our classic camber snowboards have 15 mm of camber underneath. It offers a very good edge control. The camber shape provides precision turning on finely groomed runs of hard-packed snow but also offers increased hold in the half pipe as it can bend with the curvature of the ramp walls. The unique shape of the camber snowboard has the ability to absorb the landing impact of high-altitude tricks.
Micro camber between the bindings, with rocker in the tip and tail from the bindings out. One of the key advantages this board profile is its advanced performance on slopes that are covered with freshly fallen snow. The unique shape of our 3-Stage Rocker design permits the snowboard to rock back and forth during jibbing tricks but it’s also great for beginners as it helps prevent you from catching an edge.
Flat section between the bindings, with rocker in the tip and tail from the bindings out. The flat part of the board offers better edge grip than rocker and better maneuverability than camber. The rocker sections bring the tip and tail up and off the snow, shortening the contact length of the edges and making turns easier. Your ride becomes more nimble and maneuverable. You can slash the snow, slide sideways to scrub speed, smear and butter turns.
Full Rocker Profile
Full Rocker, It’s a good choice for those riders who like riding in the park . It’s a versatile option, super stable for riding rails. It requires less ollie force to get it in the air compared to a traditional board, is more manoeuvrable and less likely to catch an edge.
Hybrid Camber Profile
It offers great ollie-pop, is more forgiving than the classic camber profile and allows quick and grippy edge-to-edge turns.
Hybrid Rocker Profile
It’s a good choice for those riders who like the best of both worlds. Reverse camber between the feet keep it loose, playful and floaty, while positive camber in the nose and tail deliver a ton of pop and stability and edge hold. Camrocam offers great float in powder and a catch-free freestyle performance. It feels more like a rockered board than a cambered board when you ride it.
The missile profile provides stability underfoot, while the significant rockered nose provides excellent float in powder, quick turning and ridiculous responsiveness.
The board has a longer nose and shorter tail and have a stance that is set back from the center of the board. We also used an asymmetrical flex pattern, with stiffer tails for carving better turns and keeping afloat through choppy snow and powder.
Directional Twin Shape
The binding inserts are set back, the flex is even, the sidecut is radial, the tip and tail are exactly the same width but the nose is longer than the tail.
The binding inserts are set back, the flex is even, the sidecut is radial, the tip and tail are exactly the same width and length.
True Twin Shape
A true twin shape means the board is 100% symmetrical – the stance is centered, the flex is even, the sidecut is dual-progressive, the tip and tail are exactly the same width and length.
Biax Fiberglass Laminate
Our lightweight high density premium biaxial laminates not only possess all the advantages of our standard biaxial laminates but also provide additional stability, offer over 10% more pop and over 5% more torsional and longitudinal stiffness comparing to the standard laminates.
Triax Fiberglass Laminate
Light-weight, multi axis, stitched fiberglass laminate that provides excellent torsional and longitudinal rigidity, great pop and response for a precise controlled ride.
Quadrax Fiberglass Laminate
Quadrax fiberglass brings all advantages of triaxial fiberglass that is torsional and longitudinal rigidity and adds lateral bending stiffness.
The carbon topsheet lamination gives the board very good torsional stiffness, great stability, good power transmission, and edge grip.
Extruded bases are easy and cheap to maintain. They do not need to be waxed much. We only use the best quality Austrian bases made by the leading company – Isosport.
One of the fastest base in the industry. The IS7200/IS7500 sintered base is mixed with graphite, black carbon and Nano additives. The Nano additives take in heat then expel the heat to melt the snow. This creates less surface tension and more glide.
The Sintered NHS Graphite Race base is currently the hardest and fastest base on the market. It’s based on a sintered base mixed with graphite, black carbon and nano additives.
Cross Carbon Stringers
Cross carbon stringers provide plenty of torsional and longitudinal stiffness together with good pop.
Parallel Carbon Stringers
Parallel carbon stringers provide great pop and enhance torsional stiffness.
Double-V Carbon Stringers
Double-v stringers provide a combination of good pop and torsional stiffness together with strengthening the tip and tail.
Carbon strap provides great pop and enhance torsional stiffness. The transparent top sheet allows the strap to be visible, making the visual aspects of the board more attractive.
Additional biax fiberglass power plates underneath the bindings region improve the power transfer to the edges and offer great damping properties.
Tasmanian oak is a species of Eucalyptus, a premium Australian hardwood timber growing in the mountainous areas of Tasmania. It’s known for its high resilient and extraordinary hardness.
Beech wood is stiff and resistant to compression, making it a great choice to reinforce the snowboard core.
Poplar Wood Core
Super strong, super light, low moisture ratio core. You may believe us or not but we really do control precisely every single tree before it’s changed into vertically laminated wood strips. This ensures each board has exactly the same amount of pop and flex. The German glue used for gluing the wood strips is made of only the best natural components and this is the reason why our boards never delaminate and it makes our boards eco-friendly.
Sidewall structure is responsible for the power transmission to the edges. It also supports and reinforces the top edge and absorbs shocks. In order to better protect the core against external damages and penetrating the moisture into the core, our sidewalls are made only from the best quality high molecular bonding ABS produced in Austria. Our long time experience shows that 30 degrees sidewalls improve power transfer over the edge and offer better vibration damping.
Hardened Steel Edges
Our boards use the hardest steel edges available along the whole perimeter. They provide maximum durability and tuning longevity.
Sturdy Edge Tech
Thicker and tougher than standard edges, providing much more impact resistance and preparing our boards for abuse of rails, boxes and jibs. They are made with the hardest steel available and run along the whole perimeter.
Ultra Edge Hold
Our technology combines two intersecting sidecuts with additional contact points. The additional contact points arcs are located just outside the binding mounting area. They add quickness and control at slow speeds, and edge control at high speeds.
Our board flexes are based on a scale of soft – stiff.
We think you should see what you get and we made all technologies like x-carbon/kevlar, triaxial fiberglass and premium woodcores visibile to you.