GoPro cameras do not have true night vision, but newer models include low-light modes that capture usable video in darkness

GoPro cameras cannot see in complete darkness the way night-vision goggles do. They do not use infrared technology or thermal imaging. What they do have is low-light video modes that adjust sensor sensitivity and frame rate to gather more light from dim environments. The result is video that is grainier and darker than daytime footage, but watchable—not a clear, bright image of a pitch-black room.

The specific low-light features depend on which GoPro model you own. Newer models (Hero 11, Hero 12) have better low-light performance than older ones because they use larger sensors and improved image processing. If you are filming in near-total darkness—a cave with no ambient light, for example—even the best GoPro will produce very dark, noisy footage. If there is any moonlight, streetlight, or ambient glow, low-light mode will make a real difference.

Key Takeaways

  • GoPro cameras use sensor sensitivity adjustment and slower frame rates to capture video in dim light, not infrared or thermal technology.
  • Low-light performance varies by model: Hero 11 and Hero 12 handle darkness better than Hero 10 or earlier versions.
  • You will see usable video in moonlight or streetlight conditions, but complete darkness will still produce very dark, grainy footage.
  • Turning on low-light mode reduces your frame rate (usually to 24 or 30 fps instead of 60 fps) to let the sensor collect more light per frame.

How GoPro's Low-Light Mode Works

When you enable low-light mode on a GoPro, the camera does two things: it increases the sensor's ISO (light sensitivity) and it lowers the frame rate. Higher ISO means the sensor amplifies the light it receives, making dim scenes brighter on screen. Lower frame rate means each frame is exposed for longer, gathering more light before the image is captured.

The trade-off is visible noise and graininess. When a sensor amplifies light aggressively, it also amplifies the random electrical noise that is always present in the sensor. This appears as speckled, grainy texture across the video. The darker the environment, the more noise you will see. In very low light, the image may also appear slightly soft or lack sharp detail.

You cannot manually adjust ISO on most GoPro models—the camera handles it automatically when low-light mode is on. Some newer models let you choose between standard and low-light presets, but you cannot fine-tune the exact sensitivity value yourself.

Which GoPro Models Have the Best Low-Light Performance

The Hero 12 Black and Hero 11 Black are the current leaders in low-light video. Both use a larger sensor than earlier models, which naturally gathers more light. The Hero 12 added improved image processing that reduces noise more effectively than the Hero 11, so footage looks cleaner in dim conditions.

The Hero 10 Black has low-light capability but noticeably more grain than the Hero 11 or 12. The Hero 9 Black and earlier models have basic low-light modes, but the results are grainier and darker. If low-light filming is important to your use case, the Hero 11 or 12 is worth the upgrade.

Budget models like the Hero (standard) and Hero 11 (non-Black) have lower-resolution sensors and less sophisticated low-light processing. They will capture video in dim light, but with more visible noise and less detail than the Black versions.

What Lighting Conditions Actually Work

GoPro low-light mode works best when there is some ambient light present. Moonlit scenes, streetlit parking lots, dimly lit indoor spaces, and sunset conditions all produce watchable video. The camera will brighten the image noticeably compared to what your eye sees in real time, and the video will look grainier than daylight footage, but it will be clear enough to see what is happening.

Complete darkness—a sealed room with no light, the inside of a closed bag, or a cave with zero ambient light—will produce very dark video even with low-light mode on. The camera cannot create light that does not exist. If you need to film in total darkness, you will need to add external lighting, such as an LED panel or headlamp.

Underwater low-light filming is particularly challenging. Water absorbs light quickly, so even in shallow water at dusk, the image will be very dark. A red-light filter or external light source is usually necessary for usable underwater footage in dim conditions.

How to Enable Low-Light Mode on Your GoPro

The exact steps depend on your model and which app or menu system you are using. On most recent models, you access low-light settings through the camera's touchscreen menu or the GoPro app on your phone.

On the camera itself: Open the Settings menu, scroll to Video, and look for "Low Light" or "Night" mode. Toggle it on. Some models show this as a preset you select before recording rather than a setting you adjust. Once enabled, the camera will automatically use low-light adjustments when you press record.

In the GoPro app: Connect your camera via Bluetooth, open the app, and tap the settings icon. Navigate to Video settings and find the low-light option. Enable it, then the setting will sync to your camera.

After you enable low-light mode, check your frame rate. The camera will have automatically lowered it—usually to 24 or 30 fps instead of 60 fps. This is normal and necessary for the low-light effect to work. If you want higher frame rates, you will have to turn low-light mode off.

Low-Light Mode vs. Adding External Light

If you are filming in dim conditions regularly, external lighting often produces better results than relying on low-light mode alone. A small LED panel, ring light, or even a bright flashlight can add enough light to let the camera use normal settings, which means less noise and sharper video.

External lights are especially useful for indoor filming, interviews in dim rooms, or any situation where you can position a light source near your subject. They add weight and bulk to your setup, but the video quality improvement is significant. For action sports or situations where you cannot control lighting, low-light mode is your only option.

Many GoPro users combine both approaches: they enable low-light mode as a safety net and add a small external light when possible. This gives you the best of both worlds—usable video even if the light fails, and cleaner footage when you can add illumination.

Common Mistakes When Using Low-Light Mode

The most common mistake is expecting low-light mode to work like night-vision goggles. It will not turn a pitch-black room into a bright, clear image. If there is no light to gather, the camera cannot create an image from nothing. Test your low-light footage in the actual lighting conditions you plan to film in before you rely on it for important shots.

Another mistake is forgetting that low-light mode reduces frame rate. If you are filming action sports or fast movement, the lower frame rate (usually 24 or 30 fps) may look choppy compared to 60 fps footage. For slow, steady shots—walking tours, interviews, or landscape video—the frame rate drop is not noticeable. For fast action, you may prefer to turn low-light mode off and add external lighting instead.

Some users also forget to turn low-light mode off when they move to bright conditions. Leaving it on in daylight will not damage the camera, but your video may look slightly washed out or overexposed. Check your settings before you start filming in a new location.

Frequently Asked Questions

Can I use a GoPro to film in a completely dark room?

No. Even with low-light mode on, a GoPro cannot produce usable video in total darkness. You will need to add external lighting—an LED panel, flashlight, or headlamp—to film in a sealed, lightless space. Low-light mode works only when there is at least some ambient light present.

Does low-light mode drain the battery faster?

Low-light mode does not significantly increase battery drain. The main change is the frame rate, which is lower, so the camera is actually doing slightly less work. Battery life in low-light mode is comparable to normal mode at the same resolution and frame rate.

Will low-light footage look bad if I brighten it later in editing?

Brightening dark footage in post-production will amplify the noise and grain that is already present. It is better to capture the brightest possible image in-camera using low-light mode than to shoot in normal mode and try to brighten it later. If the footage is too dark even with low-light mode on, add external lighting rather than relying on editing to fix it.

What is the difference between low-light mode and night mode?

GoPro uses these terms interchangeably depending on the model. "Low Light" and "Night" refer to the same feature—increased sensor sensitivity and reduced frame rate for dim conditions. Check your camera's manual to see which term your specific model uses.

Can I use low-light mode underwater?

Yes, but the results will be very dark because water absorbs light rapidly. Low-light mode will help, but you will usually need an external light source for usable underwater footage in dim conditions or at depth. A red-light filter can also help restore color in shallow water.