Nikon 16-35mm f/4G ED VR II AF-S Nikkor
Lab Test Results
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August 4, 2010
by Dave Etchells and Andrew Alexander
Details concerning the Nikon 16-35mm ƒ/4G ED VR II AF-S first trickled out in September 2009, but it wasn't until February 2010 that the lens was announced and started shipping.
The 16-35mm lens was developed to be compatible with full-frame (FX) cameras; on a body equipped with a DX-style sensor, the lens will have an effective field of view of 24-52.5.mm. The lens features a constant ƒ/4 aperture across its range of focal lengths.
The lens takes an HB-23 petal-shaped hood and 77mm filters, and is available now for approximately $1,100.
August 30, 2010: We've added our new image stabilization test for this lens.
Wide angle zoom lens design is challenging any time, but especially so for lenses with full-frame image circles and relatively large constant apertures. Add the moving optical element required for image stabilization to the mix, and achieving good optical performance becomes more challenging still.
The Nikon 16-35mm ƒ/4G ED VR II delivers remarkable sharpness uniformity across the full 35mm frame, even at its shortest focal length and maximum aperture. At 16mm and ƒ/4, the entire frame is sharp on a sub-frame camera like the D300s we used in our test, and even on the full-frame D3x body, only the very corners of the frame were slightly soft.
The complexity of the 16-35mm ƒ/4G's optical design appears in our test data in the form of small rapid micro-fluctuations in both sharpness and the curvature of field that gives rise to these fluctuations, as the subject moves through the point of best focus. While the sensitivity of the measurements made by our testing software makes these minor variations in blur quite evident in the color scheme of our results graphs, for the most part they are well below the level that most users will be able to detect in images shot with the lens.
You can see some of these micro-variations in the blur plots for the 16mm ƒ/5.6 case: the full-frame plot shows an area of greatest sharpness (the lighter purple color) a little to the left of center, while the sub-frame plot shows the area of greatest sharpness more centered. On a practical basis, there's really little or no difference in the lens performance represented by the two plots, as the actual difference in sharpness across much of the frame is less than a tenth of a blur unit. (In our experience, a half of a blur unit is detectable, a quarter really isn't. Barring a 100 megapixel sensor, we can't imagine a scenario in which a difference of a tenth of a blur unit would be visible, regardless of final print size.)
Time for some specifics. Mounted on the sub-frame D300s, the 16-35mm ƒ/4 produces excellent results; wide open (ƒ/4) at 16mm, the image is very sharp, approximately 1.5 blur units throughout the majority of the frame, but interestingly, slightly sharper in the corners than the center. This is rectified by stopping down to ƒ/5.6 where the lens becomes almost tack-sharp across the frame, and stays that way to ƒ/8. At ƒ/11 diffraction limiting has set in and there is a slight softening to 1.5 blur units across the frame. It's two blur units across the frame at ƒ/16, and a very uneven four blur units at ƒ/22.
Zooming in accentuates the corner softness; at 20-35mm, using the lens at ƒ/4 produces essentially the same result, sharp in the middle (~1.5 blur units) and a trace of corner softness (~1.5-2 blur units). From then on it's essentially the same story as wide open - very sharp at ƒ/5.6 and ƒ/8 and softening slightly at ƒ/11-ƒ/22, though the lens appears to be at its sharpest at 16mm. At other 28mm and 35mm, corner softness doesn't ever really go away, but it's very slight.
With the lens mounted on the full-frame D3x, we note much the same performance, with the addition of a dash of corner softness in certain circumstances. It's ever-present at 16mm, but appears only in the extreme corners (around 2.5 blur units, and coincidentally, where the extreme distortion is most noticeable). Stopping down to ƒ/8 produces the best results at 16mm.
Zooming in the lens towards 35mm while at ƒ/4 produces a fairly consistent pattern between 20-35mm; a sharp sweet spot in the center, with slight corner softness to either side. The center rides at around 1.5 blur units, and the corners stick in the vicinity of 2 blur units.
Stopping down does improve image sharpness, but only marginally, and by ƒ/11 diffraction degrades sharpness slightly. By ƒ/16 we note performance of 2-3 blur units, and at ƒ/22, it's around 4 blur units.
It's more obvious on the D3x than on the D300s, but it would appear that the performance of the lens has been optimized at 16mm rather than 35mm, which makes sense as it will likely be used for the majority of time at its 16mm setting.
Nikon has seen fit to include several technical features in order to reduce the appearance of chromatic aberration. Particularly, two ED glass and three aspherical lens elements, and a Nano-Crystal coating. Combined with the automatic chromatic aberration reduction in both the D300s and D3x, the impact of CA is slight indeed on both bodies: if it's present anywhere, it's noticeable only in the corners with the lens mounted on the full-frame D3x, and then only at 16mm at ƒ/4 or ƒ/5.6.
With the lens mounted on the sub-frame D300s, corner shading isn't an issue. When the lens is mounted on the full-frame D3x however, there are only a few focal length / aperture settings where you won't encounter corner shading.
The setting that produces the most corner shading is 16mm at ƒ/4, where the corners are at most 3/4 of a stop darker than the center. For a wide-angle lens, that's actually very good. Any aperture at 16mm will produce the worst light falloff, between 1/2 and 3/4 EV in the corners; after this, a focal length between 20-24mm produces some falloff, between 1/3 and 1/2 EV. At 28mm and 35mm, light falloff only occurs at ƒ/4 and ƒ/5.6, between 1/3 and 1/4 EV; at ƒ/8 or smaller, the falloff is below 1/4 EV, or negligible.
The 16-35mm ƒ/4 shows pretty dramatic barrel distortion at its shortest focal lengths; literally the highest we've seen in over 200 tests of non-fisheye lenses to date. This may or may not be a consideration for users of this lens: it can be corrected for in software fairly easily (although the process of correcting extreme distortion also has some cost in terms of reduced sharpness in the corners of the frame).
To its credit though, the distortion produced by the lens evens out quite quickly, and reaches very slight levels at 24mm, where there is almost no distortion. After this point there is just slight pincushion distortion in the corners.
An AF-S lens with ultrasonic motor, AF operation for the 16-35mm ƒ/4 is virtually silent and reasonably fast, if not lightning quick: the AF motor took right around a second to slew from closest focus to infinity. The AF-S specification also means you can override the AF motor at any time by just turning the focus ring, without having to switch the camera or lens to manual focus mode. The front element does not rotate during focus operations, making life that little bit easier for polarizer users.
The lens isn't a dedicated macro lens, but despite this it actually produces fairly good macro results: 0.25x magnification, with a minimum close focusing distance of 27cm (just under a foot).
Build Quality and Handling
The 16-35mm ƒ/4G is composed mostly of polycarbonate plastic, finished in Nikon’s mottled black matte finish. Thanks to the plastic construction it's a little lighter than you'd expect for a lens of its size (680 grams, or one and a half pounds). Then lens has a distance scale under a plastic window, marked in feet and meters, but there are no depth of field markings and neither is there an infrared index mark. Apart from the zoom and focus rings, there are two control switches: one to enable or disable autofocus on the lens (marked M and M/A), and the other to enable or disable image stabilization (marked VR ON and OFF).
The zoom ring has deep rubber ribs and is about 7/8'' wide. The ring takes a ninety degree turn to go through its range of focal lengths, and requires only a slight amount (two fingers) of force to move it. There is a very slight amount of lens extension as the lens is zoomed in and out, but not enough to even approach a mounted filter. Zoom creep is not a factor with this lens.
The focusing ring is composed of deep rubber ribs of a different texture than the zoom ring, and is slightly thinner at 3/4'' wide. The ring has soft stops at closest focus and at slightly past infinity, and takes roughly ninety degrees to go through its focusing range.
The VRII system works very well: as with all Nikon lenses with the VR system, when you first slightly press the shutter button the VRII moves its correction lens with a slight click and you can hear a slight whirring as it operates while the shutter button is half-pressed. It also makes the same click when you release the shutter button.
The petal-shaped HB-23 lens hood has a smooth interior, attaches to the lens with a bayonet mount and can be reversed for storage. When attached, the hood adds 1.5 inches to the overall length of the lens.
Nikon 17-35mm ƒ/2.8D ED-IF AF-S Nikkor ~$1,500
We haven't yet reviewed this lens (an oversight we hope to rectify in the near future) but until the 16-35mm ƒ/4 came along, the 17-35mm ƒ/2.8 was the go-to wide-angle zoom. In an age of high-ISO camera bodies it's become less and less important to have the ƒ/2.8 aperture, and the 16-35mm ƒ/4 may become increasingly popular, as it also has the VR stabilization.
Nikon 14-24mm ƒ/2.8G IF-ED AF-S Nikkor ~$1,700
There's wide, and then there's really wide. It's incredible what a difference of 2mm can make, and even more incredible is the sharpness provided by this lens: it's sharper than the 16-35mm, but not by much. Even more impressively, distortion is actually lower in the 14-24mm than the 16-35mm. Results for CA and corner shading are are about the same, but the 16-35mm does come with image stabilization, where the 14-24mm does not. The 16-35mm can also accept 77mm filters, where the 14-24mm has a fixed lens hood that precludes this.
Sigma 12-24mm ƒ/4.5-5.6 EX DG Aspherical HSM ~$850
Sigma provided the first ultrawide zoom lens for full-frame, in the form of the incredibly wide 12-24mm ƒ/4.5-5.6. The Nikon is by far much more consistently sharp: the Sigma is a bit funky by comparison, especially when used on full-frame. CA was a bit higher in the Sigma and it produced some of the darkest corners we've seen, but to its credit, distortion is actually very well controlled for such a wide lens. No image stabilization, and no facility to use filters with this lens.
Tokina 16-28mm ƒ/2.8 AT-X PRO FX ~$?
Tokina has recently announced this lens for full-frame: it doesn't provide image stabilization and also features a fixed lens hood which precludes the use of filters.
Nikon 10-24mm ƒ/3.5-4.5G ED AF-S DX Nikkor ~$800
For DX bodies, the 16-35mm won't provide the ultrawide experience; a better value for the money is this lens, which produces an even wide (15mm equivalent) frame than the 16-35mm. Sharpness is as good if not better, and results for CA are about the same. Other options include the Sigma 10-20mm ƒ/3.5 EX DC HSM, ($650) the Tamron 10-24mm ƒ/3.5-4.5 ($500) and the Tokina 11-16mm ƒ/2.8 AT-X 116 PRO DX ($600).
The 16-35mm ƒ/4G VR is an impressive design, providing excellent results for sharpness at its wider angles. It's evident that the optics of this lens are quite complex, to deliver high sharpness across the frame with only moderate chromatic aberration and vignetting and at a relatively affordable price. The only con would be its large distortion particularly at 16mm, but then, that's true of most ultrawide angles. Many people have questioned the inclusion of VR for a wide-angle lens, but with dSLR cameras being used more and more for video production the image stabilization finds a very warm reception. Nikon will probably sell a lot of these lenses.
The VFA target should give you a good idea of sharpness in the center and corners, as well as some idea of the extent of barrel or pincushion distortion and chromatic aberration, while the Still Life subject may help in judging contrast and color. We shoot both images using the default JPEG settings and manual white balance of our test bodies, so the images should be quite consistent from lens to lens.
As appropriate, we shoot these with both full-frame and sub-frame bodies, at a range of focal lengths, and at both maximum aperture and ƒ/8. For the ''VFA'' target (the viewfinder accuracy target from Imaging Resource), we also provide sample crops from the center and upper-left corner of each shot, so you can quickly get a sense of relative sharpness, without having to download and inspect the full-res images. To avoid space limitations with the layout of our review pages, indexes to the test shots launch in separate windows.
Nikon 16-35mm f/4G ED VR II AF-S Nikkor
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Nikon 16-35mm f/4G ED VR II AF-S Nikkor User Reviews
8 out of 10 points and recommended by PeterM1_Leica (3 reviews)Excellent performance at pretty well all focal elngths and apertures, highly effective VRNone really but the build quality seemed a little less than I expected but having said this it is still very good.
I sort of bought this lens by accident. I was in Hong Kong on holidays and more or less determined to buy some camera gear whilst there.reviewed December 7th, 2013 (purchased for $1,000)
I can't say I really wanted this lens over other lenses such as the 24-70 but it was in a better price range than that lens. And I knew I needed a wider lens as part of my kit. So more or less out of curiosity I decided to buy it figuring that if I got it at a half reasonable price and did not get along with it I could always sell it later.
Well long story short I have no intention of selling it. Immediately I tried it a few times I was amazed at its image quality, particularly in dim light conditions where the VR really pays for itself. It really produces nice sharp images with nice colour. But I also have to say that I was using a D700 which also performs well in low light and while the maximum aperture on the lens is only f4, that is in practice not an issue particularly with that camera - its possible to put the camera on auto ISO with an upper limit of say 1600 ISO and then forget about the lens's modest maximum aperture in most shooting situations if that is what you need to do. Although in practice I usually prefer to shoot in aperture priority treating ISO / aperture / shutter speed as full inter changeable has its advantages sometimes. In short this lens with that camera can be wholly relied upon to turn in good shots without the photographer needing to think too much if that is what you need.
Some users have complained about this lens's relatively poorer resolution at full aperture when shot at 35mm focal length but as shown in the test charts on this page the loss of resolution here is quite minor and you can of course always stop down which fixes it. So that "issue" is only nit picking.
A bigger problem for many will be the marked distortion at the widest focal length as I found out when shooting in an urban environment like Hong Kong where this can be a disadvantage. But I do not let this worry me too much. You have to expect some distortion with ultra-wides. And in any event the distortion with this lens, while considerable, is not complex and can be fixed completely or almost completely in post processing.
This is, simply put, one of Nikon's finest lenses in terms of the quality of images it produces particularly when compared to its price.
As noted in the summary, initially I was a little put off by this lens's build quality. Its not that its bad in any sense but I was comparing it to a 17-55mm DX Nikkor that I had recently owned before going full frame. That lens had a lot more metal in it and felt more substantial to handle. This 16-35mm lens is more similar to most other G lenses which are all or almost all polycarbonate in construction. That's not bad. It just takes a little getting used to if coming from earlier lenses as you need to adjust your expectations and accept they do feel a little plastic.
Here are 3 links to shots taken by me with lens in Hong Kong. They give you some idea of its capability in adverse light conditions using VR. (By the way back lighting is not an issue either - that nano crystal coating really kicks butt).
9 out of 10 points and recommended by CraigH (10 reviews)Very sharp, fairly light weight, perfect ultra wide range, balances nicelyNone
I preordered this lens when it was announced, something I don't ever do, but I wanted an ultra wide for FX to go the the Grand Tetons with. I read the initial reviews posted by the internet forum nay-sayers and felt a bit discouraged. Then I got the lens and actually used it. What a pleasant surprise. Goes to show why not to listen to the intitial views of the pixel peeping measurabators.reviewed October 14th, 2012 (purchased for $1,250)
This lens might be one of the sharpest, most contrasty lens in my kit. If I do my part, the output is stunning to say the least. This lens is usually mounted to my D700, D3S or my D800 and finds itself at paid assignments as well as pleasure photoshoots.
The 16-35 f/4 is a tough lens. Situated on the side of a mountain in driving sleet and snow for six hours waiting for after storm light, I just kept knocking sludge off of it and the D700. No damage and no fear of it. It just kept doing what it was designed to do.
My sweet spot in FX extra wide is around 24mm. My rational for not getting the 14-24 f/2.8 was that I'd always be fighting that 24mm area and need to change to a longer lens. The 16-35 f/4 allows plenty of room both side of 24mm so I am always able to adjust. Just makes sense.
This lens has incredible barrel distortion at 16mm and goes away fairly fast as you zoom in. The thing is that if you don't want it, it's so simple to process it away in or out of the camera. It's not a problem unless you're stitching panos at that length. It's a very simple type of barrel distortion.
Now, let me say this and I'm sure I'm rare, but I love a good bit of barrel distortion at times and have been known to add it in on some images. A fisheye has a ton of it and can really be creative. Your eye has a huge amount of barrel distortion your brain doesn't allow you to notice unless you try. I sometimes love the look which really only is seen on a straight horizon or with lots of horizontal lines. It can be very fun. Correct it if you don't like it, though.
This lens is a real work horse as well as a fun creative chunk of high quality glass. I highly recommend it.
10 out of 10 points and recommended by dhale001 (6 reviews)Sharp, good contrast , not to heavy, VROn camera flash shadow at 16mm
I use this lens on a Nikon D800E as a daytime walk-around lens for photography in an urban environment, landscape, or flash photography of indoor parties.reviewed August 3rd, 2012 (purchased for $1,195)
I use an SB-600 to avoid the on-camera flash shadow.
0 out of 10 points and recommended by jtorral (9 reviews)
To see hundreds of photos with this lens and compare to others look here:reviewed January 19th, 2011
You can get an idea of how this lens performs with different camera.
9 out of 10 points and recommended by jwphoto (3 reviews)Very sharp, good contrast , living colors , not to heavy, VRdistortion at 16 mm, vignetting
Nice and easy to handle. bought it as wideangle expansion to my new 28-300 nikkor zoom ( is also very good for the money ) Give's very sharp images but need to stop down to 5.6 or 6.3 , also less fall off with these settings. Use it on my also new D700 . compared to the 24-70 a bit more chrom.abbr. but thats no problem when shooting Jpeg. Its far better then my 'old' nikkor 12-24 DXreviewed October 31st, 2010 (purchased for $1,300)
9 out of 10 points and recommended by pc998 (6 reviews)Very sharp even at F4, VRII, closest focusing distance is around four inches (from front element)Too long (lens dimension), distortion (but can easily be fixed)
Build: Pro grade lens with Nano Crystal Coat, magnesium alloy barrel and weather sealing. The ability to accept filter is important. Lens and hood are made in Japan. The new 24-120 F4 VR is made in Thailand but still selling at pro grade price level. This is one of the reason why I buy this 16-35 F4 VR. 680g is not heavy and 77mm filter size is excellent. Lens elements are extremely clean (can’t find any dust particles). I like the hood because of its size (small enough). However, is it necessary to make the lens 4.9 inches long?reviewed October 17th, 2010
Focusing and related features: For an ultra-wide angle zoom, VR is more useful than F2.8. AF-S is fast and quiet. Low light focus capability (using D700) is very good. Focus holds while zooming. Internal focus, no external movement during focus. Internal zoom, the optics move inside the barrel. The very close focusing distance is an added bonus and indeed very useful.
IQ: Very sharp even at F4 across the whole zoom range. It seems the best aperture range is between F4 and F8 with maximum center sharpness at F5.6. There is distortion but it can automatically be corrected during NEF conversion in Capture NX2.
Overall impression: It’s a very capable ultra-wide angle zoom. This is the first of its kind that has image stabilization. Last but not least, it’s a more affordable alternative to 17-35 f2.8 and 14-24 f2.8. I gave a rating of 9 (not 10) because of the length of this lens. Would it be, longer is better (in terms of IQ)?
9 out of 10 points and recommended by cputeq (4 reviews)Image quality, VR, accepts filtersLarge-ish, distortion on the wide end.
I bought the 16-35 lens as an alternative to the very popular 14-24 f/2.8. For me, it was very important to have the ability to use filters, as I'm addicted to my B&W 77mm circular polarizer. Also, I thought VR II would be more useful than an extra stop of light, in the instances I would want to do landscapes hand-held.reviewed August 30th, 2010 (purchased for $1,300)
I must say overall I am very impressed with the lens. It lives up to all my expectations. Very sharp images, autofocus is decently fast (not like you need fast AF in an ultra-wide angle lens). Construction is very good.
VR II works awesomely. Additionally, the lens is very good with flare - I actually see flare in my viewfinder that I DO NOT get in the final image - it's almost immune.
My only complaint, if you want to call it that, is the distortion. More specifically, distortion at 16mm and closer-focused targets. The lens can throw some crazy distortion on near targets - far targets, like landscapes, are FAR LESS PRONE to the distortion, though you'll notice it.
For landscapers or anyone else, I wouldn't hesitate to suggest this lens. For architecture or people that really need the straightest of lines, I would probably avoid this lens.
10 out of 10 points and recommended by foto_fhantom (1 reviews)Sharp, Quick focus , Surprising Very Near focusing Distance and very Versatileslightly longer than the 2.8
* It is a great lens no doubt about it.... f4 is more than enough. The VR II good for low light condition and keeps the image sharp.....reviewed July 26th, 2010
* Image output are sharp
* Lens built is solid
* Lens Value for money
8 out of 10 points and recommended by shineofleo (1 reviews)Lighter than F2.8 lens; Sharp; Close Focus; VRDistortion on 16mm
Just bought and used this lens with my D3, with outdoor landscape, nightscene, indoor photography where is very dark.reviewed May 25th, 2010 (purchased for $1,200)
* Construction. It is very well built, although some of it is plastic. However, this is advanage compare with heavy 17-35. I quite like it and the quality is not bad at all. But it is quite long and you still prepare a bigger bag for it.
* Sharpness. Very good, no complaint. From a quick look, the pictures shot by F4 and F8 are not obviously different.
* Distortion. It is not uncommon for a wide lens, but the distortion at 16mm does have some impact. You may want to do some correction in the PS.
* VR. Handy, especially in dark.
* F4. I think I will not pursuing F2.8 with this lens in my hand. It is good enough.
* Macro. Interstingly, it can focus at a short distance. This is useful when you want to do a quick macro without changing lense.