We have all been witness to unsure video clips or blurred photographs taken by expert and newbie photographers alike. While image blur is frequently unavoidable, particularly under certain circumstances, it certainly detracts from the general effect of the image and occasionally even renders the affected image useless. In their efforts to increase the stability of photos and videos, camera producers have been dealing with the concept of image stabilization (IS), a number of strategies which can enable a still image photographer to shoot 2-4 stops slower (handheld) compared to without the IS option.
This primarily results in much less blur on average for a number of image situations, since the image stabilizer will probably counteract slight movements of the photographer that will have otherwise developed a loose image. Before diving into the details behind just how camera stabilizers work, it is important to remember that IS systems is not going to catch up on movement blur caused by a subject or perhaps from intense camera movement.
While many companies get their own terms and advertising behind their image stabilization methods, all the methods operate in similarly.
Without having terribly technical, an image stabilizer runs on the motion sensor to communicate to a microprocessor in the lens or digital camera body, depending on the location where the IS system is placed. The microprocessor then takes the info and decides whether or not to activate a number of camera stabilizers that serve to counteract the motions that will have normally been accountable for developing a fuzzy picture.
Although the entire process may seem somewhat tricky, this process does work, particularly low-light scenarios in which the lens requires to remain open longer to be able to catch the correct level of light.
You definitely want camera stabilizers which are lightweight; any additional weight means you will be supporting it along with the weight of your camera for the length that you will be shooting. A lighter video camera stabilizer will significantly decrease fatigue while enhancing the high quality of your video footage. An anatomically designed grip to go with the lightweight frame is another additionally; it’ll let you take care of the motion better and longer.
A video camera stabilizer which is easily flexible to several digital camera designs through a flexible mounting structure and adjustable weight balancing system may also give you more bang for your buck. You can use it for different digital camera types, from lighter or smaller point-and-shoot digital camera to a video camcorder (provided it’s within the weight class for that particular camera stabilizers).
And although many of these camera stabilizers are priced quite affordably, it doesn’t indicate they’re all made precisely the same. So, keep a lookout for materials used; make sure they are light but durable and well-made. They’ll be supporting sensitive and often, pricey equipment after all.