G L I S H | Polar Cycling Computer specification

E N G L I S H

2.Attach the rubber part to the speed sensor (picture 3).

3.Pass the cable ties over the speed sensor and rubber part (picture 4). Adjust the sensor to the front fork so that the POLAR logo faces outwards. Adjust the ties loosely. Do not tighten them fully yet.

4.Attach the magnet to a spoke at the same level as the speed sensor. There is a small caved dot at the backside of the sensor, which indicates the spot the magnet should be pointing at when passing the sensor. Fasten the magnet to the spoke and tighten it loosely with a screwdriver. Do not tighten it fully yet.

Fine-tune the positioning of both the magnet and the speed sensor so that the magnet passes close to the sensor but does not touch it. Move the sensor towards the wheel/spokes as close as possible. The gap between the sensor and the magnet should be under 4 mm/0.16’’. The gap is correct when you can fit a cable tie between the magnet and the sensor.

Rotate the front tire to test the speed sensor. The flashing red light on the sensor indicates that the magnet and the sensor are positioned correctly. Once the magnet and the speed sensor are positioned correctly, tighten the screw to the magnet with a screwdriver. Also tighten the cable ties securely and cut off any excess cable tie ends.

Before you start cycling, set the wheel size of your bicycle into the cycling computer.

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Polar Cycling Computer manual G L I S H

Cycling Computer specifications

The Polar Cycling Computer is a cutting-edge device designed for cyclists who demand precision, reliability, and comprehensive tracking of their performance metrics. Riders of all levels, whether casual cyclists or seasoned athletes, can benefit from the advanced features that Polar incorporates into their cycling computers.

One of the standout features of the Polar Cycling Computer is its integrated GPS functionality. This allows users to track their route, distance, and speed with exceptional accuracy. The GPS technology not only provides real-time data but also enables cyclists to analyze their performance over time using the Polar Flow app, which syncs seamlessly with the device. This connectivity empowers users to set goals, plan training sessions, and review their progress in detail.

Another significant characteristic of the Polar Cycling Computer is its heart rate tracking capability. Many models come equipped with Polar's advanced heart rate sensors that can be worn on the chest or wrist. This feature allows cyclists to monitor their exertion levels, ensuring that they train within their target heart rate zones, ultimately improving their endurance and overall fitness.

Additionally, the Polar Cycling Computer boasts customizable display options. Riders can choose which metrics they want to see on-screen, allowing for a personalized experience that caters to their specific training needs. Whether it's speed, cadence, power output, or elevation, the flexibility helps cyclists focus on the data that matters most during their rides.

Battery life is another critical aspect, and Polar excels in this area. With up to 40 hours of training time on a single charge in GPS mode, cyclists can embark on long rides without the fear of their device dying unexpectedly. This reliability means that even during extended adventures, critical data can continue to be recorded.

Furthermore, the device is built to endure the challenges of outdoor cycling. With robust design and weather-resistant features, Polar Cycling Computers are designed to withstand various environmental conditions, making them an ideal companion for all types of cycling adventures.

In summary, the Polar Cycling Computer combines GPS tracking, heart rate monitoring, customizable displays, long battery life, and durability, offering a comprehensive tool for cyclists. With these features, the Polar Cycling Computer aids users in maximizing their performance, ensuring every ride is a step toward achieving their cycling goals.