Data Fields

The tables contain data fields for the Edge® 1050 cycling computer. If you have another compatible device, see your device owner's manual.

NOTE: Data fields that display pedal smoothness, torque effectiveness, and balance data are not supported by the Rally™ 110 system.

Power Fields

Name

Description

%FTP

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

3s Balance

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

3s Force

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

3s Power

The 3-second moving average of power output.

3s Watts/kg

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

10s Balance

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

10s Force

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

10s Power

The 10-second moving average of power output.

10s Watts/kg

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

30s Balance

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

30s Force

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

30s Power

The 30-second moving average of power output.

30s Watts/kg

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

Avg Balance

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

Avg Force

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

Avg Power

The average power output for the current activity.

Avg Watts/kg

The average power output in watts per kilogram.

Balance

The current left/right power balance.

Force

The force applied to the pedal platforms, in Newtons.

Intensity Factor

The Intensity Factor™ for the current activity.

Kilojoules

The accumulated work performed (power output) in kilojoules.

Lap Balance

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

Lap Force

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

Lap Norm. Force

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

Lap NP

The average Normalized Power™ for the current lap.

Lap Power

The average power output for the current lap.

Lap Watts/kg

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

Last Lap Force

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

Last Lap Norm. Force

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

Last Lap NP

The average Normalized Power for the last completed lap.

Last Lap Power

The average power output for the last completed lap.

Max. Force

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

Max. Lap Force

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

Max. Lap Power

The top power output for the current lap.

Max. Power

The top power output for the current activity.

Normalized Force

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

Normalized Power

The Normalized Power for the current activity.

Pedal Smoothness

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

Power

The current cycling power output in watts.

Power Zone

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

Time in Zone

The time elapsed in each power zone.

Torque Effectiveness

The measurement of power lost to negative force applied to the pedals during the back stroke.2

TSS

The Training Stress Score™ for the current activity.

Watts/kg

The amount of power output in watts per kilogram.

Cycling Dynamics Fields

NOTE: These data fields require a Rally 210 system.

Name

Description

Avg L. Peak Pwr Phase

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

Avg Left Pwr Phase

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

Avg PCO

The average platform center offset for the current activity.

Avg Right Pwr Phase

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

Avg R. Peak Pwr Phase

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

Lap L. Peak Pwr Phase

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

Lap Left Pwr Phase

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

Lap PCO

The average platform center offset for the current lap.

Lap R. Peak Pwr Phase

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

Lap Right Pwr Phase

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

Lap Time Seated

The time spent seated while pedaling for the current lap.

Lap Time Standing

The time spent standing while pedaling for the current lap.

Left Peak Pwr Phase

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.

Left Power Phase

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

Platform Center Offset

The location on the pedal platform where force is applied, relative to the center line of the pedal platforms.

Right Peak Pwr Phase

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.

Right Power Phase

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

Time Seated

The time spent seated while pedaling for the current activity.

Time Standing

The time spent standing while pedaling for the current activity.

1 Torque Effectiveness and Pedal Smoothness are supported on Rally 210 models only. If your watch or cycling computer is connected to your pedals using an ANT‍+® connection, you must turn on Torque Effectiveness and Pedal Smoothness in the sensor settings to enable the corresponding data fields. Torque Effectiveness and Pedal Smoothness are not supported when using an open Bluetooth® connection. For more information on connection types, go to garmin.com/connectiontypes.
2 Torque Effectiveness and Pedal Smoothness are supported on Rally 210 models only. If your watch or cycling computer is connected to your pedals using an ANT‍+ connection, you must turn on Torque Effectiveness and Pedal Smoothness in the sensor settings to enable the corresponding data fields. Torque Effectiveness and Pedal Smoothness are not supported when using an open Bluetooth connection. For more information on connection types, go to garmin.com/connectiontypes.
GUID-E17670DF-416F-455E-8444-29845F375EBD v1
August 2025