Is the RF-S 18-150 image stabilization (IS) any good? This post covers my own test of the IS capabilities of the Canon RF-S 18-150mm f/3.5-5.6 IS USM lens. I tested the IS by taking photos like the 1-second shutter speed image below as well as doing with and without image stabilization comparison photos.
I was shocked at the results from my RF-S 18-150 image stabilization test! In the past I've ALWAYS depended on using one of my tripods for shooting with slow shutter speeds and long exposure photography.
Coupled with the 8.3x zoom of the 18-150mm lens, it makes this lens a great value for the money.
It can be a challenge to come up with a precise numerical result when testing the IS abilities of the RF-S 18-150mm lens. There are several variables that come into play.
Sharpness is subjective.Your need for razor sharp images may be different than mine. If you're posting a small image to social media, the lack of sharpness is not as easily noticed. Likewise if the image is being printed along with several others on the front of an invitation or holiday card
If you're making a large wall print for display in your home, or if you are getting paid for the image by a client, you'll need your image to be tack-sharp, even when enlarged to a super big size.
The focal length of your lens is another component that comes into play in the sharpness equation.
Using a longer telephoto lens setting narrows your view of the subject in front of you and will "magnify" any lack of sharpness from camera movement during the exposure. Similarly, a wide angle lens setting is more forgiving of a lack of sharpness caused by camera movement.
A big factor in how effective the image stabilization is with your 18-150mm lens is how steady you are as the photographer who is holding the camera. As human beings we all have different physical attributes and skill sets.
Now that I'm in my sixties, I do not have the same steadiness abilities that I had in my 20s. Furthermore, You and I have differences no matter what ages we are.
When you press the shutter and your camera takes a photo it processes the RAW data into a viewable photo (jpg). The camera gives you a certain amount of sharpening, (and saturation and brightness levels, etc.) dependent on the software (called firmware) and specific or automatic settings contained in your camera.
You can adjust the sharpening settings in your camera, although you can't fix significantly blurred images from significant camera movement during exposure. It's better to use the built-in image stabilization of your RF-S 18-150mm lens.
Additionally, you can do some additional sophisticated sharpening with advanced software to save blurry photos. New artificial intelligence powered software, like Topaz Sharpen AI is amazing at increasing sharpness/reducing blur.
Camera and lens movement is unavoidable when you're shooting with slow shutter speeds. As human beings, our biology is such that we can stay somewhat still, but not perfectly motionless, while we hold a camera and lens. The potential for blur is greatly magnified when using slow shutter speeds.
Canon has successfully overcome this issue, in a lot of shooting situations by developing a high precision in-lens stabilization system to dramatically cut down on motion blur from camera shake. The Canon RF-S 18-150mm f/3.5-f/6.3 IS USM lens is rated as having 4 1/2 stops of image stabilization.
Here are some additional questions and answers related to the RF-S 18-150mm IS:
There are several ways to help get the maximum image stabilization benefits with your Canon RF-S 18-150mm f/3.5-6.3 IS USM lens and get the sharpest photos possible. Here's how:
This is the summary of the image stabilization abilities of the RF-S 18-150mm f/3.5-f/6.3 IS USM lens test.The IS of this lens is very effective and reducing blur from hand-held photos with slow shutter speeds.
I did several sequences of increasingly slower shutter speeds of several different subjects and shooting situations and got varying results based on the subject distance, the focal length used. I successfully got a sharp 1-second exposure in one test.
With the lens set at a 64mm focal length, I was able to get sharp photos at 6 f-stops of image stabilization, while using from the old rule of thumb of using reciprocal of the focal length as the starting point.1 /64 second exposure.
Lens manufacturers (yes, perhaps even Canon) may be guilty of exaggerating the level of success you can achieve with their lenses, but it's clear this is a remarkable technology in modern lenses.
Your results might differ slightly from mine, but I can say this. I was blown away by the ability to get a sharp photo while hand holding my lens and camera for a full second with no physical support using the IS with the 18-150 lens and R7 camera.
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