What specific steps are required to accurately calibrate a Verve Infocrank power meter, and are there any common mistakes or pitfalls that users should be aware of to ensure reliable data?
Can the calibration process be affected by factors such as temperature, humidity, or road surface, and if so, how can these variables be accounted for?
How often should the Verve Infocrank be recalibrated, and are there any indicators that the device is in need of recalibration, such as noticeable inaccuracies in data or decreased performance?
Are there any differences in calibration procedures between the Verve Infocrank and other power meters on the market, and do these differences impact the overall accuracy of the data?
Can the Verve Infocrank be calibrated using a standard protocol or procedure, or is a proprietary calibration method required?
How does the calibration process for the Verve Infocrank compare to the calibration process for other types of power meters, such as crank-based or pedal-based systems?
What are the consequences of failing to properly calibrate the Verve Infocrank, and can inaccurate data be corrected or adjusted after the fact?
Are there any known issues or limitations with the Verve Infocranks calibration process, and have there been any software or firmware updates to address these issues?
Can the calibration process be affected by factors such as temperature, humidity, or road surface, and if so, how can these variables be accounted for?
How often should the Verve Infocrank be recalibrated, and are there any indicators that the device is in need of recalibration, such as noticeable inaccuracies in data or decreased performance?
Are there any differences in calibration procedures between the Verve Infocrank and other power meters on the market, and do these differences impact the overall accuracy of the data?
Can the Verve Infocrank be calibrated using a standard protocol or procedure, or is a proprietary calibration method required?
How does the calibration process for the Verve Infocrank compare to the calibration process for other types of power meters, such as crank-based or pedal-based systems?
What are the consequences of failing to properly calibrate the Verve Infocrank, and can inaccurate data be corrected or adjusted after the fact?
Are there any known issues or limitations with the Verve Infocranks calibration process, and have there been any software or firmware updates to address these issues?