Cycling. The average cadence for the current activity.

Cycling. The number of revolutions of the crank arm. Your device must be connected to a cadence accessory for this data to appear.

Cycling. The average cadence for the current lap.

The average power phase peak angle for the left leg for the current activity.

The average power phase angle for the left leg for the current activity.

The average platform center offset for the current activity.

The average power phase angle for the right leg for the current activity.

The average power phase peak angle for the right leg for the current activity.

The average power phase peak angle for the left leg for the current lap.

The average power phase angle for the left leg for the current lap.

The average platform center offset for the current lap.

The average power phase peak angle for the right leg for the current lap.

The average power phase angle for the right leg for the current lap.

The time spent seated while pedaling for the current lap.

The time spent standing while pedaling for the current lap.

The current power phase peak angle for the left leg. Power phase peak is the angle range over which the rider produces the peak portion of the driving force.

The current power phase angle for the left leg. Power phase is the pedal stroke region where positive power is produced.

The platform center offset. Platform center offset is the location on the pedal platform where force is applied.

The current power phase peak angle for the right leg. Power phase peak is the angle range over which the rider produces the peak portion of the driving force.

The current power phase angle for the right leg. Power phase is the pedal stroke region where positive power is produced.

The time spent seated while pedaling for the current activity.

The time spent standing while pedaling for the current activity.

The distance traveled for the current track or activity.

The distance traveled for the current lap.

The distance traveled for the last completed lap.

The distance ahead or behind the Virtual Partner^®.

A running tally of distance traveled for all trips. This total does not clear when resetting the trip data.

The current eBike assistance mode.

The remaining battery power of an eBike.

The recommendation to shift up or down based on your current effort. Your eBike must be in manual shifting mode.

The estimated distance you can travel based on the current eBike settings and remaining battery power.

The estimated remaining distance the eBike will provide assistance, taking into account the local terrain.

The 30-second moving average of the average ascent velocity.

The 30-second moving average rate of descent.

The remaining ascent to the next point on the course.

During a workout or course, the remaining ascent when you are using an elevation target.

The average ascent velocity for the current activity.

The average rate of descent.

The altitude of your current location above or below sea level.

The calculation of rise (elevation) over run (distance). For example, if for every 3 m (10 ft.) you climb you travel 60 m (200 ft.), the grade is 5%.

The vertical distance of ascent for the current lap.

The vertical distance of descent for the current lap.

The average ascent velocity for the current lap.

The rate of descent for the current lap.

The total elevation distance ascended since the last reset.

The total elevation distance descended since the last reset.

The average ascent velocity for the current activity.

The rate of descent over time.

The 3-second moving average of force applied to the pedal platforms, in Newtons.

The 10-second moving average of force applied to the pedal platforms, in Newtons.

The 30-second moving average of force applied to the pedal platforms, in Newtons.

The average force applied to the pedal platforms during the activity, in Newtons.

The force applied to the pedal platforms, in Newtons.

The average force applied to the pedal platforms during the current lap, in Newtons.

The normalized force applied to the pedal platforms during the current lap, in Newtons.

The average force applied to the pedal platforms during the previous lap, in Newtons.

The normalized force applied to the pedal platforms during the previous lap, in Newtons.

The maximum force applied to the pedal platforms during the activity, in Newtons.

The maximum force applied to the pedal platforms during the current lap, in Newtons.

The normalized force applied to the pedal platforms, in Newtons.

The remaining battery power of a Di2 sensor.

The current shift mode of a Di2 sensor.

The front bike gear from a gear position sensor.

The battery status of a gear position sensor.

The current gear combination from a gear position sensor.

The front and rear bike gears from a gear position sensor.

The number of teeth on the front and rear bike gears, as detected by a gear position sensor.

The rear bike gear from a gear position sensor.

A bar graph showing your current, average, and maximum cycling cadence values for the current activity.

A line graph showing your cycling cadence values for the current activity.

A visual representation of the direction in which the device is pointing.

A line graph showing your current elevation, total ascent, and total descent for the current activity.

A bar graph showing your current, average, and maximum heart rate values for the current activity.

A line graph showing your current, average, and maximum heart rate values for the current activity.

A bar graph showing your current heart rate zone (1 to 5).

A visual representation of the surrounding physical features and direction in which the device is traveling.

A bar graph showing your 3-second average power output value for the current activity.

A line graph showing your 3-second average power output value for the current activity.

A bar graph showing your current, average, and maximum speed values for the current activity.

A line graph showing your speed for the current activity.

The percentage of heart rate reserve (maximum heart rate minus resting heart rate).

The percentage of maximum heart rate.

The impact of the current activity on your aerobic fitness level.

The impact of the current activity on your anaerobic fitness level.

The average percentage of heart rate reserve (maximum heart rate minus resting heart rate) for the current activity.

The average heart rate for the current activity.

The average percentage of maximum heart rate for the current activity.

Your heart rate in beats per minute (bpm). Your device must be connected to a compatible heart rate monitor or another device that has wrist-based heart rate.

The current range of your heart rate (1 to 5). The default zones are based on your user profile and maximum heart rate (220 minus your age).

The average percentage of heart rate reserve (maximum heart rate minus resting heart rate) for the current lap.

The average heart rate for the current lap.

The average percentage of maximum heart rate for the current lap.

The average heart rate for the last completed lap.

The training load for the current activity. Training load is the amount of excess post-exercise oxygen consumption (EPOC), which indicates the strenuousness of your workout.

Your respiration rate in breaths per minute (brpm).

The time elapsed in each heart rate or power zone.

The remaining battery power of a bike light accessory.

The headlight beam mode.

The light network configuration mode.

The number of connected lights.

The 60-second moving average of the flow score.

The 60-second moving average of the grit score.

The measurement of how consistently you maintain speed and smoothness through turns in the current activity.

The measurement of difficulty for the current activity based on elevation, gradient, and rapid changes in direction.

The overall flow score for the current lap.

The overall grit score for the current lap.

During a workout or course, the remaining ascent when you are using an elevation target.

The remaining ascent to the next point on the course.

The remaining distance to the next point on the course.

The position of your final destination.

The remaining distance to the next point.

The remaining distance to the final destination. You must be navigating for this data to appear.

The remaining distance to the next waypoint on the route. You must be navigating for this data to appear.

The estimated time of day when you will reach the final destination (adjusted to the local time of the destination). You must be navigating for this data to appear.

The estimated time of day when you will reach the next waypoint on the route (adjusted to the local time of the waypoint). You must be navigating for this data to appear.

The direction you are moving.

The next point on the route. You must be navigating for this data to appear.

The estimated time remaining before you reach the destination. You must be navigating for this data to appear.

The estimated time remaining before you reach the next waypoint in the route. You must be navigating for this data to appear.

The remaining time to the next point.

The remaining battery power.

The amount of total calories burned.

The strength of the GPS satellite signal.

The number of laps completed for the current activity.

The performance condition score is a real-time assessment of your ability to perform.

The time of sunrise based on your GPS position.

The time of sunset based on your GPS position.

The temperature of the air. Your body temperature affects the temperature sensor.

The time of day based on your current location and time settings (format, time zone, daylight saving time).

The minimum temperature recorded in the last 24 hours from a compatible temperature sensor.

The maximum temperature recorded in the last 24 hours from a compatible temperature sensor.

The current power output as a percentage of functional threshold power.

The 3-second moving average of the left/right power balance.

The 3-second moving average of power output.

The 3-second moving average of power output in watts per kilogram.

The 10-second moving average of the left/right power balance.

The 10-second moving average of power output.

The 10-second moving average of power output in watts per kilogram.

The 30-second moving average of the left/right power balance.

The 30-second moving average of power output.

The 30-second moving average of power output in watts per kilogram.

The average left/right power balance for the current activity.

The average power output for the current activity.

The average power output in watts per kilogram.

The current left/right power balance.

The Intensity Factor™ for the current activity.

The accumulated work performed (power output) in kilojoules.

The average left/right power balance for the current lap.

The average Normalized Power™ for the current lap.

The average power output for the current lap.

The average Normalized Power for the last completed lap.

The average power output for the last completed lap.

The average power output in watts per kilogram for the current lap.

The top power output for the current lap.

The top power output for the current activity.

The Normalized Power for the current activity.

The measurement of how evenly a rider is applying force to the pedals throughout each pedal stroke.

Cycling. The current power output in watts.

The current range of power output (1 to 9) based on your FTP or custom settings.

The time elapsed in each power zone.

The measurement of how efficiently a rider is pedaling.

The Training Stress Score™ for the current activity.

The amount of power output in watts per kilogram.

During a workout, the resistance force applied by an indoor trainer.

The average speed for the current activity.

The average speed for the current lap.

The average speed for the last completed lap.

The top speed for the current activity.

The current rate of travel.

The average lap time for the current activity.

The total time recorded. For example, if you start the activity timer and bike for 10 minutes, then stop the timer for 5 minutes, then start the timer and bike for 20 minutes, your elapsed time is 35 minutes.

The stopwatch time for the current lap.

The stopwatch time for the last completed lap.

The current time of the activity timer.

The time ahead or behind the Virtual Partner.

The amount of time racing the segment during the current activity.

During a workout, the remaining calories when you are using a calorie target.

During a workout or course, the remaining distance when you are using a distance target.

The time remaining for the current workout step.

During a workout, the amount you are above or below the heart rate target.

During a workout, the target for the primary workout step.

During a workout, the remaining repetitions.

During a workout, the target for a secondary workout step.

During a workout, the distance for the current step.

The time elapsed for the current workout step.

During a workout or course, the remaining time when you are using a time target.

A graph comparing your current effort to the workout target.

During a workout, the current step out of the total number of steps.