Shimano DURA-ACE R9200-P 12-Speed Power Meter Crankset

Description

Shimano Dura-Ace R9200-P 12-Speed Power Meter Road Crankset

The Shimano Dura-Ace FC-R9200-P Power Meter Crankset delivers elite-level data analysis for serious cyclists and competitive racers. With a fully waterproof design, rechargeable lithium-ion battery, and Bluetooth LE / ANT+ connectivity, it offers unparalleled accuracy and performance tracking.

Key Features

✔ Integrated Power Meter – Provides precise left/right balance data for in-depth performance analysis
✔ Highly Accurate Strain Gauge – Measures power output with an accuracy of ±1.5%
✔ Rechargeable & Long-Lasting Battery – Up to 300+ hours of riding time per charge
✔ Seamless Connectivity – Compatible with Bluetooth LE and ANT+ for real-time data syncing
✔ Shimano Connect Lab Integration – Analyzes pedaling efficiency and biomechanics for performance optimization
✔ Auto Temperature Compensation – Ensures consistent data accuracy across varying conditions
✔ Quick Calibration & Setup – Simple zero-offset calibration at the push of a button

Specifications

• Speeds: 2 x 12-Speed
• Spindle Diameter: 24mm
• BCD: 110mm
• Chainline: 44.5mm
• Q-Factor: 148mm
• Bottom Bracket Compatibility: 68/70mm threaded shell
• Crank Arm Material: Aluminum
• Connectivity: Bluetooth LE / ANT+
• Battery Life: Up to 300+ hours per charge
• Weight:
  54/40T (170mm): 774g
  52/36T (170mm): 752g
  50/34T (170mm): 745g
• Color: Black
  

Why Choose the Shimano Dura-Ace R9200-P Power Meter Crankset?
🚴 Elite-Level Performance Tracking – Advanced strain gauge technology delivers precise power data
⚡ Seamless Wireless Connectivity – Syncs effortlessly with Garmin, Wahoo, and other cycling computers
🔬 In-Depth Pedaling Analysis – Shimano Connect Lab provides detailed insights into pedaling efficiency
🌧 Built for All Conditions – Fully waterproof and temperature-compensated for consistent data

The Dura-Ace R9200-P Power Meter Crankset is the ultimate training tool for road cyclists looking to maximize performance, optimize pedaling efficiency, and gain real-time insights into their power output.

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