Helicopter Blades Appear Still at Ethel Waggener blog

Helicopter Blades Appear Still. Depending on the camera settings and recording technology used to film helicopters, the blades can appear to bend, fragment, stand still, or. Have you ever wondered why photos and videos of a helicopter in flight look unpredictably weird?. There’s a interesting thing that happens when a camera’s frame rate matches the rotation of an object it is recording. Youtuber chris chris captured the above video showing what happens when your camera’s frame rate is perfectly synced to the rotation speed of a helicopter’s rotor: Every so often though, you. In this mesmerizing helicopter video, the aircraft seems to magically float into the air. Helicopters can’t fly without using their rotor blades, so to see one gliding through the air with its rotor completely still is a somewhat surreal sight. Check out the video below to. If you've ever watched video footage of helicopters, you've no doubt seen that their blades can appear to spin in strange ways, sometimes slow, sometimes jittery. The rotating object will appear like it’s standing. This visual effect is serendipitous—the rotation speed of the blades happens to. Unlike film at 25fps, video is shot at 30 fps, in perfect sync with the blade passage, so the blades look stopped. If the rotor was going a little faster or slower, the blades would start to move.

The rotating object will appear like it’s standing. Depending on the camera settings and recording technology used to film helicopters, the blades can appear to bend, fragment, stand still, or. Every so often though, you. There’s a interesting thing that happens when a camera’s frame rate matches the rotation of an object it is recording. Unlike film at 25fps, video is shot at 30 fps, in perfect sync with the blade passage, so the blades look stopped. Have you ever wondered why photos and videos of a helicopter in flight look unpredictably weird?. Check out the video below to. If the rotor was going a little faster or slower, the blades would start to move. Helicopters can’t fly without using their rotor blades, so to see one gliding through the air with its rotor completely still is a somewhat surreal sight. Youtuber chris chris captured the above video showing what happens when your camera’s frame rate is perfectly synced to the rotation speed of a helicopter’s rotor:

Helicopter Blades stock image. Image of russian, museum 31776107

Helicopter Blades Appear Still Youtuber chris chris captured the above video showing what happens when your camera’s frame rate is perfectly synced to the rotation speed of a helicopter’s rotor: The rotating object will appear like it’s standing. There’s a interesting thing that happens when a camera’s frame rate matches the rotation of an object it is recording. If you've ever watched video footage of helicopters, you've no doubt seen that their blades can appear to spin in strange ways, sometimes slow, sometimes jittery. Helicopters can’t fly without using their rotor blades, so to see one gliding through the air with its rotor completely still is a somewhat surreal sight. Youtuber chris chris captured the above video showing what happens when your camera’s frame rate is perfectly synced to the rotation speed of a helicopter’s rotor: Every so often though, you. In this mesmerizing helicopter video, the aircraft seems to magically float into the air. Unlike film at 25fps, video is shot at 30 fps, in perfect sync with the blade passage, so the blades look stopped. Check out the video below to. This visual effect is serendipitous—the rotation speed of the blades happens to. If the rotor was going a little faster or slower, the blades would start to move. Depending on the camera settings and recording technology used to film helicopters, the blades can appear to bend, fragment, stand still, or. Have you ever wondered why photos and videos of a helicopter in flight look unpredictably weird?.