FAVERO Power Meter Pedals Assioma Pro RS 2

The Favero Assioma Pro RS 2 Black power meter pedals are a high-performance solution for road cyclists seeking accurate, consistent, and easy-to-interpret power data. Developed by Favero, these pedals integrate power measurement directly into the system, offering an advanced tool for training, racing, and performance analysis.

Equipped with dual-sided measurement, they incorporate sensors in both pedals to independently analyze the power generated by each leg. This allows for the detection of imbalances, improved pedaling efficiency, and optimization of every training session. With an accuracy of ±1%, they guarantee reliable data even in demanding conditions.

ANT+ and Bluetooth connectivity allows them to be easily synchronized with bike computers, GPS devices, and training apps, providing real-time metrics. Their rechargeable lithium-ion battery offers up to 50 hours of battery life, ensuring long sessions without worries.

Designed to withstand any condition, they feature an IP67 rating, making them resistant to water, dust, and adverse weather conditions. In addition, they incorporate automatic temperature compensation to maintain accuracy at all times. Their lightweight and robust design, along with quick installation without special tools, makes them a practical and professional option.

Compatible with LOOK Kéo-style cleats, these pedals are ideal for cyclists seeking a reliable, accurate power meter that is easy to transfer between bicycles.

Main features:

• Dual-sensor power meter (left/right measurement)

• ±1% power measurement accuracy

• ANT+ and Bluetooth connectivity

• Rechargeable battery with up to 50 hours of battery life

• IP67 water resistance

• Automatic temperature compensation

• Compatible with LOOK Kéo-style cleats

• Lightweight and durable construction

• Easy installation without special tools

Technical recommendation: It is recommended to charge the pedals periodically and keep the firmware updated using the official Favero app to ensure optimal performance and maximum compatibility.