How does image stabilisation work

Twitter Facebook. Driek Berndsen. Is this normal on Sony cameras? Shelby Deeley. Michael Clark. That looks pretty blurry to me. IS turned off.

Why in the world would anyone ever use IS and shoot handheld to take a photo of the moon? Jan Steinman. EXIF data. See how that works? Well, I was leaning against a pickup truck. Athanasius Kirchner. With Matthew Saville. Image stabilization can also have some weird effects if you use it in the wrong situations.

Instead, it can actually have a detrimental effect on the sharpness of the image because of the moving elements in the lens. At best, it will do nothing, and at worst it will actually make your photos blurrier.

Finally, image stabilization also uses a bit of power. Browse All iPhone Articles Browse All Mac Articles Do I need one? Browse All Android Articles Browse All Smart Home Articles Customize the Taskbar in Windows Browse All Microsoft Office Articles What Is svchost. Browse All Privacy and Security Articles Browse All Linux Articles Browse All Buying Guides. Best iPhone 13 Pro Case. Best Bluetooth Headphones for Switch.

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Bold Bear says:. Thursday, February 18th, at pm. Dank Meme says:. The main advantage of optical stabilization is that, as it is built into the lens, it will work on any compatible camera.

Optical stabilization is also able to compensate for greater movements than sensor-shift stabilization and so is more effective with longer telephoto lenses. Stabilized lenses, however, are more expensive and heavier than non-stabilized versions. There are also limitations on the range of movements for which lens-based stabilization systems can compensate. Typically, in-lens stabilization systems only compensate for movement along two axes: pitch vertical tilting or pivoting movement and yaw side-to-side pivoting motion.

Furthermore, as optical stabilization involves moving elements within the lens, it can adversely affect the quality of the bokeh in the image. In-body, or sensor shift, stabilization works on the same principle as lens-based optical stabilization, though, in this case, the technology is built into the camera body.

The main advantage with in-body stabilization is that all lenses used with that camera will benefit from the stabilization, even older mechanical lenses. Sensor-shift based systems can also compensate for types of motion that cannot be countered with lens-based stabilization.

Some cameras offer up to five axes of stabilization, including roll rotation around the lens axis , x-axis horizontal and y-axis vertical stabilization in addition to the pitch and yaw countered by optical stabilization. The Panasonic Lumix GH5 includes a Dual IS that incorporates sensor-shift stabilization that works in conjunction with lens-based systems to maximize the stabilizing effect.

Digital stabilization, also known as electronic image stabilization, is an in-camera version of the image stabilization that is included with some non-linear editing software.