The CADEX 65 WheelSystem is a top - choice for cyclists who want the best in aerodynamic performance and stability without sacrificing weight. It features a hookless rim design and aero carbon spokes. The hookless rim reduces aerodynamic loss and boosts durability with its continuous carbon fiber structure. The aero carbon spokes offer great aerodynamics, stability in changing winds, and are extremely light. The wheel also uses a low - friction hub that cuts down on power loss. It's approved by UCI & ITU. Other features include custom - tuned dynamic balanced lacing technology for a stiffer and more efficient wheel, precision - reinforced carbon lay - up for a solid structure without extra weight, a CADEX - specific brake pad for better braking, and a low - friction hub to reduce watt loss. Specifications: Rim material is carbon, rim type is hookless clincher (tubeless), rim height is 65mm, outer width is 26mm, inner width is 22.4mm. It has CADEX low - friction hubs, specific freehub compatibility, precision sealed cartridge bearings, titanium axles, aero carbon spokes, and alloy nipples. It comes with a 2 - year warranty and 5 - year incident replacement for registered original owners. The pair weighs 1425g and has a weight limit of 285 lbs / 129 kg.
Using the CADEX 65 WheelSystem is straightforward. Just install it on your bike following the standard wheel installation process. Make sure the axle fits properly and the brakes are adjusted to work well with the wheel. When riding, you'll notice improved speed and stability thanks to its great aerodynamics. In terms of maintenance, regularly check the spokes for tightness. If you feel the wheel wobbling, it might mean a spoke is loose. Clean the wheel regularly, especially after riding in wet or dirty conditions. Use a mild soap and water to clean the rim and spokes. Avoid using harsh chemicals as they can damage the carbon material. Also, check the brake pads for wear and replace them when needed. Remember, the wheel has a weight limit of 285 lbs / 129 kg, so don't exceed this limit to ensure safety and optimal performance.
