ND2 to ND400 ND Lens Filter Fader Adjustable Neutral Density For Hero11/Hero10

About the ND Lens Filter Fader

Capture stunning shots with ease using this ND Lens Filter Fader, specifically designed for Hero11 and Hero10 action cameras. This versatile filter provides precise control over light exposure by adjusting the neutral density from ND2 to ND400, ensuring optimal image quality in varying lighting conditions. Made from durable and lightweight aluminum, this filter attaches securely to your camera’s lens, allowing you to capture sharp, cinematic videos and photos with reduced glare and overexposure.

Product Features:

* Adjustable neutral density: ND2 to ND400
* Reduces glare and overexposure for enhanced image quality
* Durable and lightweight aluminum construction
* Secure fit on Hero11 and Hero10 lenses
* Easy to install and remove for quick adjustments

Benefits:

* Capture stunning shots in bright or low-light conditions
* Create cinematic videos with smooth and controlled exposure
* Reduce glare and reflections for improved image clarity
* Durable construction ensures longevity and reliability
* Easy installation and removal for quick adjustments

Usage Points:

* Suitable for photography and videography in various lighting conditions
* Ideal for capturing sunrises, sunsets, landscapes, and dynamic scenes
* Enhances image quality by controlling exposure and reducing overexposure
* Allows for creative control over the depth of field and motion blur

Specifications:

* Material: Aluminum
* Compatibility: Hero11 and Hero10 action cameras
* Neutral Density Range: ND2 to ND400
* Weight: 20g

FAQ:

Q: Can this filter be used on other GoPro models?
A: This filter is specifically designed for Hero11 and Hero10 action cameras.

Q: How easy is it to install and remove the filter?
A: The filter attaches securely to the camera’s lens with minimal effort. It can be easily removed when needed.

Q: Does the filter affect the image quality?
A: No, the filter does not compromise image quality. Instead, it enhances it by reducing glare and overexposure.

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