Aeros are the safest, most versatile rollerskis on the market. They roll smoothly on rough pavement, dirt roads and unpaved bike paths- even gravel shoulders. Six-inch pneumatic tires provide a smooth and comfy ride on rough surfaces and have great durability and wear characteristics. 2lb/9oz. 29in. Aero tires require regular and precise inflation. Does not include pictured bindings or accessories.
The innovative Air Core Composite frame construction offers excellent vibration dampening for smooth, efficient performance that feels just like real snow. The Razor Shape Base guarantees sufficient ground clearance even with an extreme kick angle. Features Ground Clearance: 29mm Wheel diameter / width100/24mm Weight / piece1070 Technologies Razor Shape Base The unique frame geometry of the Carbonlite Skate with integrated Razor Shape Base ensures sufficient space above the ground, even if the kick angle is extreme. Precision Drive All components used for the suspension of the wheels are made with minimized tolerances. The provided precision is the basis for smooth running wheels with high durability. The bearings are double-sealed and maintenance-free. Splash Guard 100 New splash guard developed for all wheels with 100mm diameter. The very light and robust plastic part can easily be mounted and removed with only one screw.
The composite forks with built in fenders are just one of the six vibration-absorbing materials in the new XLC hybrid construction. Available in four speeds. THE XLC98 The new XLC Elite roller skis are the best of everything we have learned from 30 years of building roller skis. The XLC are available in Freestyle, Classic and Combi skis. The XLC are the lightest and the most snow like solid rubber wheel roller skis we have ever produced. The vibration damping of the new composite frame is exceptional, and, coupled with the shock absorbing wheel forks, the XLC makes skiing on pavement as similar to skiing on snow as possible. In addition to lower ski weight and the improved vibration damping, another advantage of the XLC is a lower center of gravity. The clearance from the pavement to the bottom of the shaft is the same, but with the strong construction we can make the shaft thinner, so the top of the shaft is lower, making the skis more stable. Safety is high priority at Jenex, so all XLC models are available with our patented brakes and speed reducers. For skiers weighing over 90 Kg (199 pounds), we offer the XLC in a Heavy Duty (HD) version that is about 25% stiffer. COMPOSITE FIBERS: Over the last twenty years we have tested most high strength synthetic fibers, including the many variants of Carbon, S glass, E glass and Aramid. All of these fibers have strengths and weaknesses. Aramid (KevlarTM) fibers have high tensile strength, dampen vibration and are extremely abrasion resistant, but are very weak in compression. Carbon is extremely stiff and strong in both tension and compression, but breaks very easily from impact, which is why so many Carbon ski poles break in sprint and mass start races. Carbon is a great material, but to prevent impact failure Carbon fiber shafts need a core with good energy absorbing properties and perform best when combined with more impact resistant fibers. And that’s what we have with the XLC. THE CORE: The core material is the foundation of a roller ski shaft and we have tried about every material available including a variety of metal cores. We have used organic cores like Baltic birch, Italian poplar, Balsa and many synthetic cellular cores. We now know from extensive experience that for roller skis, cellular cores are superior to metal cores. The XLC uses the best core we have tested to date. However, fabricating the cellular core is time consuming and expensive compared to an extruded core. BONDING: Composite structures need a very strong bond to both the fibers and the core. Bonding high strength fibers to a metal core can be more difficult than bonding to a porous cellular core. The metal must be aggressively etched for the fibers to bond properly. The cellular core we use has thousands of microscopic pores per square centimeter, and therefore the epoxy penetrates and bonds extremely well the core. The epoxy that binds the fibers to themselves and to the core has a tensile strength about 3X greater than conventional epoxies and is the strongest commercially available. The wheel forks have much better fenders than the original 800 and 900 series skis. The combination fork and fenders are produced in Du Pont’s™ toughest thermoplastic, further strengthened with the addition of carbon fibers during the injection molding process. The non-metallic wheel forks reduce vibration, and for improved safety, all V2 Roller Skis are designed to accept the patented Jenex speed reducers and brakes. The four XLC98 models are identical except for wheel speed. The XLC98F is fast, The XLCM is medium, the XLC98MS is medium slow and the XLC98S is slow. The rolling resistance of the slow wheels is increased using our patented ISR (internal speed reducer) that weighs only 10 grams. The wheel forks, with the built-in fenders, use the same strong Du Pont™ composite material that we have employed on the V2-900 and V2-800 series for many years.
A budget friendly version for junior athletes. Slightly wider and lower wheel is easier to begin on than full size wheels. Excellent skating characteristics in a durable starter ski. Bindings not included.
New alloy 98 skate, now with composite fork and integrated fenders. Still compatible with brake and speed reducers. Great budget ski with better vibration absorption for more comfortable training. Bindings and accessories not included.
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