Campagnolo | Cicli Corsa

Campagnolo Super Record Wireless Crankset 12X2 Speed + Power Meter

Campagnolo has introduced to the market a new Super Record Wireless 12x2 Speed crankset, equipped with a precision power meter called HPPM (High Precision Power Measurement). This power meter has been developed through in-depth studies to provide extremely accurate data to support high-level cycling performance.

The HPPM power meter is positioned on the crankset's spokes and uses sixteen sensors arranged in a rhombus shape to measure torque in Newton meters with great precision. These sensors combine readings through a specific algorithm, ensuring an extreme accuracy of +/- 1%. Thanks to high-frequency data sampling, with signals measured every five milliseconds (200 hertz), a clear reading of the data is obtained.

The crankset, featuring an Ultra-Torque titanium axle and unidirectional carbon fiber cranks, offers immediate responsiveness to transfer all the cyclist's power to the transmission. The available front gear ratios are three options: 45-29, 48-32, 50-34.

The entire system can be calibrated and monitored through the My Campy 3.0 app, which also allows checking the battery charge status of the power meter. The battery life is over a month, with a recharge time of less than four hours.

The Super Record Wireless 12x2 Speed crankset maintains Campagnolo's renowned design with visible carbon fiber and a lightweight structure. It uses the Ultra-Torque closure system with a titanium axle and USB ceramic bearings to ensure optimal smoothness. The available gear ratios are part of an innovative transmission designed to offer a wide range of metric development.

In conclusion, the new Super Record Wireless 12x2 Speed crankset with HPPM power meter represents a high-level option for cyclists seeking uncompromising performance and highly efficient transmission.

Characteristics

• Unidirectional carbon fiber cranks, titanium axle and aluminum chainrings

• Great stiffness and optimum energy transfer

• USB ceramic bearings

• Data accuracy +/- 1%

• Maximum smoothness also on the crankset axle

• Optimized design for any chainring combination

• Maximum performance, always

• Symmetrical teeth on the internal chainring

• Fluid, precise transmission, even with major cross-chaining

• Flat spider design for better aerodynamics