#Gopro fisheye lens 720p
#Gopro fisheye lens 1080p

Not sure how these would fare underwater though. Looking at examples given, results look promising in terms of reducing fish-eye corner distortion, especially when shooting with the cameras's 4k wide fov. We're proud about how 'stock' the installed 3.37mm lens appears.With it being 36 degrees narrower than the stock GoPro® lens this lens brings your subjects closer without being too zoomed in to introduce unwanted image jitter. No gap is present between the lens and the GoPro® lens surround as the 3.37mm lens spans the entire cavity. A fisheye lens is an ultra wide-angle lens that produces strong visual distortion intended to create a wide panoramic or hemispherical image. This means you can use it in the GoPro® HERO® 7/6/5 with the stock front glass lens protector installed and maintain the waterproof rating, without requiring the use of the additional waterproof housing.Īfter removing the stock lens the 3.37mm threads in easily. No need to change to a different lens mount and all GoPro® accessories that mount around the lens protector are supported. The 3.37mm also has a shorter TTL, so it sticks out of the camera less. The flare is a little more concentrated into points instead of spread out like with the 3.97mm. It’s especially useful if you want to capture extremely wide angles of view, such as a football ground or a mountain range. Selecting a region changes the language and/or content on 3.37mm (HERO® 7/6/5) is our newest 4K lens designed for the GoPro® HERO® 7, 6 & 5 Black camera. With its 87 degree HFOV 16MP sharp 7 glass (4G+3MO) non-fisheye optics this lens captures the entire image sensor.Ĭompared to our popular 3.97mm lens, the 3.37mm is a little wider field of view and has better edge sharpness. GoPro Fisheye Lens is an extremely wide-angle lens that allows you to capture immersive shots that include much more information into the frame as compared to a standard lens. Watch the following demos and try your hand at some of the techniques I describe by using the supplied sample footage.

#Gopro fisheye lens 1080p

In my own work, I prefer to shoot at either 1080p at 60 fps, or 2.7K at 30 fps, depending on how much action there will be in the shot. Slowing down a low frame rate, however, causes even more stuttering and jerky movement, and generally doesn’t lend itself to high-quality output. Slowing down a high frame rate can produce very smooth and realistic output. Very high frame rates are great for slowing down a scene to achieve a slow-motion effect. The lower the frame rate, the choppier the video will appear - in such cases, it may appear to stutter.

The higher the frame rate, the smoother the video will appear during playback. It controls how many video frames are captured or played over time.

#Gopro fisheye lens 720p

On the other hand, 720p or WVGA settings are smaller than standard 1080p HD video, so if you want to achieve 1080p, you need to scale your video upward, which may make your video appear not as sharp. The 4K or 2.7K video settings are both higher resolutions than the 1080p setting, so you can safely crop or scale those videos down to 1080p without losing image quality. Standard 1080p HD video is 1920 x 1080 pixels. (This tutorial uses footage from the GoPro Hero 3 camera line.) The settings you choose will greatly impact your final video, so it’s important to understand what you are choosing. The GoPro Hero 4 camera line captures everything from high-resolution 4K video (3840 x 2160 pixels) at a low frame rate of 15 frames per second (fps) to WVGA video (848 x 480 pixels) at a very high frame rate of 240 fps. (I've provided sample footage at the link above so you can start right away.) Pay attention to your camera’s settings so you’ll capture optimal footage for your situation. Before you can edit your GoPro footage, you need to go out there and capture something.