MAJESTY skis incorporate several cutting-edge technologies to deliver exceptional performance. From carbon fiberglass to titanal layers and the 4Rx4R concept, these are just a few examples of the many innovations MAJESTY employs in their ski designs.
Hi-Temp Pressing
MAJESTY skis undergo a precision process of high-temperature pressing, creating initial tension within the ski structure. Each layer of components—topsheet, fiberglass, titanal/carbon, wooden core, textolite plates, bases, ABS sidewalls, and edges—is meticulously fused using resin and infused with accumulated pre-stress energy. Ready-made product that comes out of hydraulic press is reactive and full of pop.
Engeneered woodcores wrapped with fiberglass and carbon maintain designed shape and provide long-lasting flex and responsiveness.
Our skis are literally infused with energy, and you can distinctly feel the difference when skiing on MAJESTY.
Handcrafted in Poland
MAJESTY skis are handcrafted at the factory in southern Poland. While a variety of equipment is used during the manufacturing process (including hydraulic presses, bending and edging machines), the process as a whole is not automated. The human factor is paramount, and the unique character of each pair of Majesty skis is shaped by skillful handwork and meticulous finishing touches.
Our skis stand out not only for their graphic allure but also for their design aimed at providing skiers with maximum comfort and joy. We create unique skis for exceptional people.
4Rx4R Technology
4Radius sidecut and 4Radius rocker
The 4Radius sidecut is the result of applying 4 different radiuses to the sidecut of the ski. This solution enabled us to extend the contact edge without sacrificing agility.
The 4Radius sidecut makes turns easier, enhances confidence, stability and control in all types of terrain. It enables you to feel the entire length of the ski, which gives you much more control. You can make short sharp turns, long big-mountain turns and you can release when needed. With our new skis you can literally squeeze each turn exactly when you need it. The 4Radius rocker is the result of applying 4 different radii to the rocker line. This solution reduces drag, maximizes control and top speed.
With 4Rx4R technology, you can use the edge, keeping it engaged for longer and getting more out of the turn.
The 4x4 design concept was initially launched with the Havoc and over time it has been transferred to all freeride and freeride-touring skis. Whatever model you choose, you will feel the same sensational flawless performance. You can now re//define your goals and experience the future of high performance technical freeride skis. One pair to do it all.
Titanal Layer
Titanal, an aerospace-grade aluminum alloy, offers a combination of low weight, high strength, and durability while also reducing vibration. In skis where it's incorporated, titanal enhances construction, providing stability, responsiveness, seamless power transmission and strong edge-to-edge performance. Skis with titanal are technical, high-performance models built for skiers who demand speed, stability, and precision.
Our freeride range is equipped with contour-shaped titanal layer. In our range, there are other titanal reinforced skis: Adventure Ti, Adventure GT Ti, Adventure PRO Ti skis are equipped with titanal core socket for precision and stability and awesome edge-hold. GTX Ti skis are equipped with full titanal layer integrated on the whole length of the ski for quick turn initiation and enhanced grip.
Titanal's superior tensile strength and elongation limits set it apart from other alloys. Skis reinforced with titanal are engineered for high-performance all-terrain skiing and typically offer: compatibility with alpine bindings, exceptional stability and comfort, superior vibration damping on uneven terrain and hard surfaces, impressive lightweight properties and heavy-duty construction.
Our freeride range is equipped with contour-shaped titanal layer.
Adventure GT Ti skis are equipped with titanal core socket for precision and stability and awesome edge-hold.
GTX Ti skis are equipped with full titanal layer integrated on the whole length of the ski for quick turn initiation and enhanced grip.
Carbon Construction
The full carbon construction used in Touring Range is our lightest and most exclusive construction using the super light biaxial carbon. Why Biaxial carbon? By customizing carbon fiber orientation between 0°, 30° and 45°, we can control, optimize and add flex without losing stiffness or responsiveness.
Carbon-Kevlar fibers provide increased responsiveness and enhanced torsional flexibility. Our Freeride-Touring Range was crafted to bridge the gap between feather-light carbon touring and dynamic freeride skiing. With Carbon construction you can experience the future of very light, high performance and technical freetouring skis.
Carbon skis offer more feel, more responsiveness and less weight than conventional skis.
Ski Construction
Our skis utilize a construction that combines various materials including carbon fiber, aramid, and both triaxial and biaxial fiberglass layers to achieve the desired balance of strength, flexibility, and performance.
Definitions
Explore the advanced ski technology behind MAJESTY skis. From cutting-edge materials like Carbon and Titanal to innovative design features such as 4Rx4R, we provide the ultimate performance. Discover how our technology enhances stability, maneuverability, and control on all terrains.
