![]() How Does The Magnification Work On a Binocular? For example, a 240mm objective focal length divided by a 24mm focal length of the eyepiece on your binocular would calculate an 8x magnification. ![]() Divide the focal length of the objective tube on your binocular by the focal length of the eyepiece.After this, you should then find the length of your bincoulars focal length eyepiece.Then find the focal length of your bincoulars objective tube which can typically be found in the guide of your model.First, check your magnification and objective lens diameter on your model, this will be written in an x number such as 10x50.We have listed out a few steps below to get you started. ![]() To calculate your binocular magnification you simply need to divide your objective focal length and eyepiece focal length. So, to make it a little clearer, we have put together a step by step guide below to help you work out your binocular magnification. Magnification on a binocular refers to how many times closer you can see an object than without the binoculars and can differ from 10x-60x. To work out the magnification of binoculars, you simply divide the objective focal length of your binocular by the focal length of the eyepiece on your model. The most important purpose of binoculars is to help us magnify an image which we couldn't see with detail from a distance. 1.6 Frequently Asked Questions About Binocular Magnification.1.5 Best Magnification For Different Types Of Viewing.1.4 What Is The Strongest Magnification You Can Get On Binoculars?.1.3 Which Magnification Is Better 8x or 10x?.1.2 How Does The Magnification Work On a Binocular?.1.1 Calculating Your Binocular Magnification.1 Binocular Magnification - How To Calculate It?.
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