# Gap Time

The <span class="s2">**Gap Time**</span> setting controls the <span class="s2">**delay between triggers**</span>, defining how long the sensor will wait before it can activate again after completing a sequence. This lets you control how often the sensor triggers, conserving battery power and storage while allowing flashes to recharge and reducing the chance of disturbing subjects.

![screen-gap.png](https://docs.camtraptions.com/uploads/images/gallery/2025-10/scaled-1680-/screen-gap.png)

#### **Adjusting the Gap Time**

1. From the <span class="s1">**Home Screen**</span>, press the <span class="s1">**Right Arrow**</span> until you reach the <span class="s1">**Gap Time**</span> screen.
2. Use the <span class="s1">**Up**</span> or <span class="s1">**Down**</span> buttons to set the desired delay between 0.5s and 1min (1s by default).
3. Press the <span class="s1">**Set**</span> button to <span class="s1">**save**</span> your selection.

The chosen value determines how long the sensor will remain inactive after completing a sequence before it can trigger again.

- A <span class="s1">**short gap time**</span> allows the sensor to retrigger quickly and capture multiple events close together.
- A <span class="s1">**longer gap time**</span> limits the number of triggers, reducing the total number of images or videos recorded over time.

#### **Practical Uses**

Adjusting the Gap Time can help you:

- <span class="s1">**Reduce excessive triggering**</span> in areas with frequent animal movement.
- <span class="s1">**Conserve battery power**</span> and <span class="s1">**memory card space**</span> for longer unattended deployments.
- <span class="s1">**Allow flashes time to recharge**</span> between triggers, especially when using multiple flashes or high power levels.
- <span class="s1">**Avoid disturbing animals**</span> with rapid, repeated flashes.

In most cases, a <span class="s2">**moderate delay**</span> provides the best balance between responsiveness and conservation of resources. For fast-moving subjects or short-term deployments, a shorter delay may be preferable, while for long-term camera traps, a longer delay could help extend system endurance.