A seconds hand that stops when you lower your wrist can be normal. A Connect IQ watch face changes how often it draws as it enters and leaves its low-power state. The useful check is whether the time advances at the next minute.

Sleep mode can mean two different things

Garmin's developer API calls the watch-face transition onEnterSleep. In that state, the face normally receives a full update at the start of each minute. Raising your wrist can return it to a short period of more frequent updates. This is the drawing lifecycle described in the Connect IQ WatchFace API.

Your watch may also have a Sleep Mode in its settings. That controls overnight preferences such as the sleep schedule, display and notifications. It is a separate feature. For example, the Forerunner 965 manual groups those options under Sleep Mode. Use your own model's manual for the menu path.

You do not need to change your overnight schedule just to check how a face behaves between wrist gestures.

MIP and AMOLED behave differently

On a memory-in-pixel, or MIP, watch, a standard Connect IQ face can stay visible while updating once a minute. A second hand may appear during the more active period after a gesture, then disappear or stop when the face returns to its quieter state.

On an AMOLED watch, always-on display is a separate consideration: the screen can turn off when idle, or show the face's ambient design when the relevant setting is enabled. Garmin imposes a smaller illuminated-pixel budget for this AMOLED state. Its watch-face design guide describes the two display types and their update behaviour.

A sparse black ambient design that suits AMOLED is not a universal template for MIP. Keep the time easy to read on the display you are targeting.

Can the seconds hand keep moving?

Some compatible MIP faces implement always-active seconds using partial screen updates. The face must support that feature and stay within Garmin's execution budget; simply enabling a setting cannot add it to every design. Garmin documents the partial-update limit in its always-active guidance.

If continuous seconds matter to you, look for that specific feature in the listing. “Always-on” by itself does not tell you how the seconds behave.

Check the face without changing everything

  1. Open the face and note the current minute.
  2. Let it settle without repeatedly raising your wrist. Watch what happens when the minute changes.
  3. Raise your wrist once and compare the active view with the resting view.
  4. If you use AMOLED, check your model's always-on display settings before treating a dark screen as broken artwork.
  5. If the minute stays wrong, or the hands overlap incorrectly, record the face version, watch model and a picture of each state when reporting it.

For creators, keep those two pictures beside each other during review. Check the hand positions, numerals and outer minute track, then inspect the smaller details. A compiler success message cannot show whether a thin marker disappeared in the watch's palette. Verify the actual resting view on the intended device or simulator before describing it as tested.