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iBike Pro Power Meter: Oversized handlebar mounted computer that takes into account all the opposing forces against a rider (friction, inclines, wind, aerodynamics, etc) top measure power output. The iBike Pro power meter uses a revolutionary approach to power measurement that is based on Newton's third law: "For every action there is an equal and opposite reaction"
Oversized handlebar mounted computer that takes into account all the opposing forces against a rider (friction, inclines, wind, aerodynamics, etc) . iBike Pro uses four sensors: an accelerometer to measure hill slope and bike acceleration/deceleration forces, a differential pressure sensor to measure wind speed forces, an absolute pressure sensor to measure elevation gain, and a wheel pickup to measure bike speed (wired from the handlebars). No extra pieces outside of a speed sensor. Includes software for both PC and Mac users |
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Specifications
- No external screws for maximum moisture resistance
- Recessed front air pressure port making it less likely to trap dirt and easier to clean
- Stronger casing is tough enough for strenuous use
- Accurate - Precision accuracy comparable to the highest-priced power meters
- Light-weight - 58 grams (total unit weight)
- Portable – Easy to use and move to any of your bikes
- Easy to Use - Installs and calibrates in minutes. Uses no special chain pickups, wheels, hubs or cranks.
- Accessible - One-touch control ring with five buttons eliminates scrolling and puts most trip data one click away
- Flexible - Fast, USB data transfer and PC and Mac compatible software for data input, transfer, and ride analysis
- Real-time measurement of hill gradient, wind speed, and altitude
- Easy-to-read display shows three lines of data and includes bar graph and pace arrows for both speed and power
- Data storage of all ride data including hill gradient, wind speed, altitude, bike speed, power
- Up to 80 hours of data storage
- Functions include the following: trip and total time, odometer, calories, and current, average and maximum of power, wind speed, bike speed, altitude, hill gradient, temperature.
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