The current rate of ascent toward the surface.

The average depth descended during a dive.

The average temperature during the dive.

The percentage of the battery power remaining.

The percentage of the battery power remaining, the time of day based on your current location and time settings (format, time zone, daylight saving time), and the temperature of the air.

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

The direction you are moving based on the compass.

The level of conservatism for decompression calculations.

Your current central nervous system (CNS) oxygen toxicity percentage.

The partial pressure of oxygen (PO2) of the current gas.

The maximum depth descended during a dive.

The maximum temperature during the activity.

The minimum temperature during the activity.

The nitrogen/helium tissue loading percentage.

Your No Decompression Limit (NDL) time if you ascend 3 m (10 ft.) from your current depth.

Your NDL time if you descend 3 m (10 ft.) from your current depth.

Your NDL time if you ascend or descend 3 m (10 ft.) from your current depth.

This is a blank data field.

Your current oxygen toxicity units (OTU).

The unrounded depth the diver should not ascend past.

The stopwatch time for the current dive.

The time of sunrise based on your GPS position.

The time of sunset based on your GPS position.

The expected gradient factor if the diver were to instantaneously surface.

The temperature of the water. 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 time of day including seconds.

The amount of time required to safely ascend to the surface, including decompression stops.

A bar chart displaying simulated values for nitrogen and helium in the body, with the y-axis of the field adjusted to your conservatism.

A bar chart displaying simulated values for nitrogen and helium in the body.

The amount of time required to safely ascend to the surface if you remain at your current depth for five minutes.

The difference between the amount of time required to safely ascend to the surface, and the amount of time required to safely ascend to the surface if you remain at your current depth for five minutes.