Lightweight wheels pair obermayer Evo Schwarz and Tubeless Disc

To keep up with the best, you need materials that guarantee precision, performance and safety. Thanks to a unique relationship between rigidity and weight, Obermayer evo Transform all your pedaling into the maximum propulsion without any loss of energy. Obermayer Evo is the most performing Lightweight Disco Ruot and is suitable for roads (mountain), training and competitions.

Obermayer Evo is the further development of the popular Meillestein Obermayer wheel and is available as a model with disc brake. The Tubeless version offers the best rigidity/weight ratio and maximum heat resistance. Obermayer Evo is particularly light and is one of the lighter, exclusive and powerful and powerful DISC wheels in the world.

Lightweigt engineers have left nothing to chance. For this reason they used LCC carbon, already tested and successfully used in the aerospace sector. Thanks to the Active Foam Core, they managed once again to save on weight and increase rigidity. The tested Rim-to-Rim Design, combined with the Lightweight Performance Shape, guarantees breathtaking acceleration. Full Carbon rays are directly connected to the wheel and, thanks to the particularly optimized CFRP fibers, guarantee unparalleled braking precision. The innovative pentagon SL hub is 60 grams lighter and improves heat dissipation during braking, thus increasing safety in the long descents. The maximum permitted weight of the obrmayer EVO system is 100 kg.

Less energy consumption during climbs and greater braking performance during the descents: this is Obermayer Evo.
Each Lightweight wheel is carefully handmade in Germany. Consequently, mild deviations can occur in the color and in the structure of the surface. It is a quality feature of the production process. Lightweight is synonymous with premium quality "Made in Germany".

Characteristics

• High -performance Disc Disc set.
• Pair of more light carbon Disc wheels, with a total weight of 1,230 grams.
• Use special CFRP high form fibers.
• The exclusive layup with a new carbon structure guarantees a fluid guide with high rigidity.
• Innovative pentagon SL hubs and Exp technology, lighter than 60 grams.
• Disc wheels for a precise and safe braking.
• Tubeless technology to improve rolling characteristics.
• High rigidity and consequently direct transmission of power without energy loss.
• Maximum acceleration thanks to the optimal relationship between rigidity and weight.
• Read and robust with high directional stability.
• Perfectly suitable for roads (mountain), training and competitions.
• Produced with extreme precision and low tolerances.
• Compatible with the most common groups (Camp, SRAM, Shimano, etc.).
• Schwarz version ed.
• Light set of 28 "racing bikes.
• Tubeless carbon wheel -racing bike set.
• Disc brakes.
• Width circle 24 mm.
• Front and rear wheel with 20 full carbon rays.
• Pentagon SL hub.
• Exp technology: easily interchangeable rotor for Campagnolo, Shimano and Sram.
• Schwarz and also offers greater longevity, less rolling resistance (thanks to the ceramic speed bearings) and rays, rims and black logos.
• Real weight: 1.265 kg

Included:

• Ruot holder case
• Valve
• Two leverages
• Lock Center Adapters

Technology

Light and performing shape
The components of the Lightweight wheels are a perfect geometric combination. The circle with Active Foam Core, the Pentagon hub design and the Rim-to-Rim rays are perfectly connected to each other and allow the ultralight and rigid construction of the Lightweight wheels. The monocoque construction with LCC carbon of the Lightweight wheels is very elaborate and provides the best rigidity-details (STW) relationships. In section, the circle and directly connected rays form an X that translates into a lower twist of the wheel and a greater transmission of power directly to the road.

Rim-to-Rim Design
Unlike the classic design of the wheels, the lightweight carbon rays run continuously on one side of the circle through the hub until the other side of the circle. This so-called Rim-Tto-Rim design provides extremely high torsional and lateral rigidity, which cannot be reached with traditional rays. Rays can absorb traction forces up to 1,800 kg and are about 3 times more rigid than a steel radius. The connection of carbon rays to the hub and circle, thanks to the mating of shape and material (firmly laminated), eliminates any deformation and guarantees a breathtaking propulsion. In addition, this type of connection guarantees a huge duration of the entire wheel.

Active Foam Core
Inside the circle there is a nucleus of high -performance foam, called Active Foam Core. Thanks to a patented process, Lightweight is able to build wheels not only lighter, but also to obtain significantly greater rigidity thanks to the lower deformations. Compared to traditional core models, the Active Foam Core has an effect of damping vibrations and consequently guarantees a fluid guide.

LCC carbon
Not all carbon is the same. For the Lightweight wheels, only a specially selected material is used, the so -called Lightweight Custom Composite Carbon - Carbon LCC. A special combination of very thin pre -splashes with types of high resistance and rigidity fibers allows you to reduce the thickness of the walls and to establish new standards in terms of rigidity and weight, without compromising duration and safety.

Pentagon Mozzo
Lightweight engineers have developed a unique design for maximum power transmission. The design of the pentagon hub is the technological heart of each Lightweight wheel with disc brake. It is available in standard and SL version and is used in different lightweight wheels. In the SL version (Super Light), the total weight has been reduced again of 70 grams (in the set) and the aerodynamics has been improved. The high heat that acts from the brake disc on the hub is reliablely dissipated. The further closure of the shape of the housing of the polygon -shaped hub (pentagon) guarantees an extremely safe flow of power from the tire to the brake disc. This increases safety, especially in the longest descents.