This is an in-depth review of the Nikon 24-120mm f/4G ED VR lens that was released in August of 2010. The constant maximum aperture, mid-range Nikon 24-120mm f/4 VR zoom lens was a major update to the Nikon 24-120mm f/3.5-5.6G VR, which had been known at the time for being a sub-par lens optically. Shortly after the 24-120mm f/4G VR was announced, Nikon discontinued its variable-aperture predecessor and made the 24-120mm f/4G VR into a premium kit lens to be bundled with higher-end full-frame cameras. I have been using the Nikon 24-120mm f/4G VR for a number of years now and I decided to update the existing review with more image samples, additional information and up-to-date lab measurements.
While John and I were attending the Photo Plus show in New York, we had an opportunity to interview Lindsay Silverman, Senior Product Manager at Nikon USA. The highlight of the show were obviously the newly announced Nikon 70-200mm f/2.8E FL VR, along with the 19mm f/4E PC-E lenses. Both are premium offerings specifically targeted towards working professionals, so we could definitely see quite a bit of people approaching the Nikon booth to see pre-production samples of these lenses. Although we have already provided our initial report on the handling concerns when using the new 70-200mm f/2.8E FL VR, in this particular interview, Lindsay explains the reasoning behind the swapping of the zoom and focus rings. According to him, the new change is actually better for handling, as detailed below:
With Nikon announcing the new 70-200mm f/2.8E FL VR just two days ago, it was a bit surprising for us to see a pre-production sample circulating at the Nikon booth at the PhotoPlus Expo today. We had a chance to check out the lens and while we were not allowed to take any pictures with it, Nikon allowed us to do a quick video about the handling aspect of the lens. I was certainly concerned about the reversal of the zoom and focus rings on the new 70-200mm f/2.8E FL VR and today John and I were able to see whether it presents a potential problem with handling. Unfortunately, both us were in agreement, that it was not a good decision on behalf of Nikon to make this design change.
Every seven to ten years, Nikon updates its top-of-the-line, flagship lenses with the most current technology and tries to push the performance envelope of new lenses to their new technical limits. We have been waiting for this update for a long time and Nikon finally delivered the new AF-S Nikkor 70-200mm f/2.8E FL ED VR. As expected, this lens looks absolutely stunning in every way. Nikon completely redesigned the lens from the ground up and delivered a true stunner – the new 70-200mm f/2.8 now features a fluorite element to make it roughly 100 grams lighter (which is a huge achievement for this type of a lens). The lens is now of “E” type with an electronic diaphragm, instead of the traditional mechanical lever to change aperture. Vibration Reduction / Image Stabilization has been reworked and vastly improved over its predecessor, with up to 4 stops of compensation. The lens is now comprised of a total of 22 elements, with all the latest coating technologies, including Nano and fluorine coating applied to lens elements, with lens optimized for incredible sharpness across the frame. And based on improvements towards maximum reproduction ratio, it looks like Nikon took efforts to significantly reduce the focus breathing issue that was present on the VR II version of the lens. All this does not come cheap though – the new Nikon 70-200mm f/2.8E FL ED VR will retail for $2,799.95 MSRP, which is $400 higher than what its predecessor sold at when it was announced.
Or at least a longer focal length than conventional wisdom suggests. I’m always reading that so-called street photography is best undertaken with a prime lens within the 35mm to 50mm range and I understand the merits of this range for reasons I will elaborate on further down. But convention is naturally a gauntlet that Alpha Whiskey cannot ignore. So before meeting my date I decided to kill an hour in town the other night shooting with a telephoto zoom and mostly at the maximum focal length (210mm: 420mm equivalent field of view).
Summer is usually the season for air shows and that means yet another reason and opportunity to go out shooting. I had intended to visit the Farnborough Air Show this year but unfortunately an exhaust muffler decided to divorce itself from the underside of my car and reconciling the two became my whole day instead. Undoubtedly there’ll be other air shows for me to visit this summer but for now these images here are from previous shows, including the one at Farnborough.
Nikon has been on the roll in the past few years, releasing one amazing lens after another. We have seen a refresh of the f/1.8 prime lens line with some amazing optics, but those craving for more have been patiently waiting for a modern replacement of such lenses as the Nikon 105mm f/2 DC and Nikon 135mm f/2 DC, absolutely amazing and beautiful lenses in every way, capable of rendering stunning bokeh for portraiture. Well, the waiting for the first lens replacement is finally over, because today Nikon gave us something truly groundbreaking – the Nikon AF-S NIKKOR 105mm f/1.4E ED. While the de-focus control feature on the previous 105mm f/2 lens allowed one to modify the bokeh rendering of the lens, it would end up changing the field of view and it was a bit hard to get used to utilizing that feature effectively for many photographers. Plus, the maximum aperture of f/2 put it in competition with the superb Nikon 85mm f/1.4G (review soon to be updated), as the latter is a faster lens and has superb rendering capabilities wide open. For these and other reasons, many photographers having been choosing the 85mm f/1.4G over the 105mm f/2 DC for portraiture, while the 135mm f/2 DC remained untouched. Now that the 105mm f/1.4E is out, let’s talk about what is so amazing about this gem and why we can mark today as an important milestone in the history of lens making.
It has been 15 years since Nikon produced the last iteration of its budget 300mm lens, so the new Nikkor 300mm f/4E PF ED VR was something many enthusiasts and professionals have been patiently waiting for. Although the previous generation Nikkor 300mm f/4D AF-S is an excellent lens optically, it lacks image stabilization, new generation coating and other new technologies that Nikon has been integrating into modern lenses. I have personally been a huge fan of the 300mm f/4D AF-S lens and have owned it for many years, loving the lens for its superb optical performance, fast autofocus, light weight and compact size, making it my ultimate travel lens for wildlife photography – a perfect companion for hand-held shooting. Because it was so good with the 1.4x teleconverter, I practically always kept the teleconverter attached to the lens, making it a very nice 420mm f/5.6 combination. When Nikon finally announced the new 300mm f/4E VR lens, I got very excited, because Nikon completely redesigned the lens. In fact, with close to a 50% reduction in weight and a 30% reduction in physical size, we are not dealing with another redesign or update – this is a completely different lens.
UPDATE: The review has been updated – missing Imatest charts and lens comparisons have been added based on two additional lens samples.
For the past couple years, I have thought of myself primarily as a “telephoto” landscape photographer. A majority of scenes that catch my attention look best with a telephoto lens, and I tend to keep a 105mm or 70-200mm on my camera most of the time. However, a recent trip to Zion and Death Valley National Parks changed my mind.
Have you ever heard someone say that a telephoto lens “compresses” the background or “flattens” an image? What exactly does this mean? The perceived distance between your subject and the rest of the scene is dependent on two things: where you stand relative to your subject to take the photo and the focal length of the lens you choose. In this short article, I want to discuss this type of perspective distortion, and how to use it to compose exciting photographs.