10 Best Cycling Power Meter 2025 in the United States

The Magene P715 K Power Meter Pedals are a solid choice for road cyclists looking for precise power measurement without fuss. They offer very accurate readings with ±1% precision, which is important for tracking cycling performance consistently. These pedals provide dual-sided power data, delivering balanced information from both legs to help improve training. With a long battery life of up to 120 hours, frequent recharging is unnecessary, making them reliable for longer rides or frequent use.

These pedals use both Bluetooth and ANT+ connectivity, allowing easy pairing with most cycling computers and apps for smooth data tracking. Weighing 157 grams each, they are lightweight aluminum pedals that won’t add much bulk to your bike. The IPX7 waterproof rating means they can withstand rain and sweat without issues. Installation is quick and straightforward, and they support easy switching between different bike types like road, time trial, or triathlon setups.

While the pedals are durable and weather-resistant, they may not suit riders who prefer pedal standards other than LOOK KEO. They are ideal for cyclists seeking precise, dual-sided power data, strong battery life, and broad device compatibility in a lightweight, weatherproof design.

The Favero Assioma PRO MX-2 is a dual-sided, pedal-based power meter designed specifically for mountain biking and gravel cycling, making it a strong choice for riders in these categories. Its standout feature is high accuracy, achieved through Automatic Temperature Compensation and a gyroscope that measures pedal stroke velocity, delivering consistent power data with around ±1% precision even in changing conditions. The pedals are made from durable aluminum with a tough clipless surface, built to withstand rough terrain and shocks, which is crucial for off-road cycling.

Battery life is impressive, offering about 60 hours of usage per charge, and recharging is hassle-free via a magnetic USB-C system. Connectivity options include both Bluetooth and ANT+, allowing seamless pairing with most bike computers, GPS units, and smartphones. The design is modular, enabling quick swapping between MTB and road pedal bodies while using the same power sensor, adding versatility if you have multiple bikes. Installation is straightforward since these pedals fit like standard SPD pedals without needing special tools.

The pedals weigh about 2 pounds per pair, which is reasonable but might be slightly heavier compared to some high-end road pedals. The Assioma PRO MX-2 is an excellent choice for serious mountain and gravel riders who want precise power measurements combined with rugged build quality and easy installation.

The FAVERO Assioma UNO Side Pedal Based Power Meter is a popular choice among road bike enthusiasts. One of its major strengths is its ease of installation, making it accessible even to those new to using power meters. The rechargeable batteries offer up to 50 hours of use, which is quite impressive and convenient for longer rides. Additionally, it delivers accurate power readings, an essential feature for serious cyclists aiming to improve their performance.

It supports both Bluetooth and ANT+ connectivity, ensuring compatibility with a wide range of bike computers and smartphones, which can enhance the cycling experience by offering more data and insights on your rides. However, it is worth noting that this model is single-sided, meaning it measures power from only one pedal. This can be a drawback for those wanting more detailed, dual-sided data. The weight of the pedal is 0.31 kilograms, which is relatively lightweight and should not significantly impact the bike's performance.

Durability and weather resistance are also commendable, making it a reliable choice for various riding conditions. Cyclists looking for an accurate, easy-to-use power meter with solid connectivity options will find the FAVERO Assioma UNO to be a valuable addition to their gear. However, those needing dual-sided power analysis may want to consider the DUO model.