Nikon Z 70-200mm f/2.8 VR S review

The Nikon Z 70-200mm f/2.8 VR S is probably the best 70-200mm zoom in the world. Ever.

5 Star Rating
Nikon Z 70-200mm f/2.8 VR S
(Image: © Future)

Digital Camera World Verdict

There’s no denying that Nikon’s new Z 70-200mm f/2.8 zoom is a pricey beast. It has a tough act to follow, as the AF-S 70-200mm f/2.8E FL ED VR for DSLRs is a formidable lens and a favourite with pro Nikon shooters around the world. When it comes down to it, however, the new S-line zoom for mirrorless cameras is simply better in terms of handling, all-round performance and image quality. It’s a little pricier than its F-mount sibling but more than worth the extra outlay.


  • +

    Stunning image quality

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    Superb handling characteristics

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    Super-fast autofocus

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    Highly effective optical stabilization


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    Expensive to buy, but well worth the outlay

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A 70-200mm f/2.8 lens is great for everything from action sports and wildlife photography to weddings, events and more besides. Nikon has made some superb examples of the breed over the years but the latest S-line lens for Z-mount mirrorless cameras is the best yet, by quite a margin. Build quality is of a fully pro-grade standard, handling is sublime, overall performance is epic and image quality is to die for. Let’s take a closer look.


Mount: Nikon Z
Lens construction: 21 elements in 18 groups
Angle of view: 34-12 degrees
Diaphragm blades: 9
Minimum aperture: f/22
Minimum focusing distance: 0.5-1.0m
Maximum magnification ratio: 0.2x
Filter size: 77mm
Dimensions: 89x220mm
Weight: 1,360g (1,440g with tripod mount)

Key features

However many fancy features a lens has, it’s only ever going to be as good as its optical prowess. There’s certainly no shortage of high-tech glass packed into the Z 70-200mm. 21 elements arranged in 18 groups and include two aspherical elements, no less than six ED (Extra-low Dispersion) elements, a fluorite element and an SR (Short-wavelength Refractive) element. Dual coatings include both ARNEO and Nano Crystal Coat. The overall aim is for impeccable sharpness, contrast and colour accuracy, with negligible distortion, chromatic aberrations, ghosting and flare.

High-speed autofocus is a basic requirement nowadays but this lens pulls out all the stops, featuring two separate, synchronized drive units, both based on stepping motors. As well as ensuring spectacular speed and highly consistent accuracy, the autofocus system is virtually silent and able to deliver super-smooth focus transitions when shooting video.

Unlike most Nikon S-line lenses that rely solely on the host camera body’s stabilization, the 70-200mm boasts an internal optical VR system, based on voice coil motors. This works in conjunction with the sensor-shift VR of the Z 5, Z 6 and Z 7 to ensure optimum performance right out to the longest zoom setting.

A trick feature of the lens is its OLED display. Built into the lens barrel, this gives a direct view of various parameters, including the exact focal length, aperture, ISO or focus distance complete with depth of field indication. You can cycle through the various options simply by pressing the adjacent ‘DISP’ button.

Build and handling

As we’ve come to expect in S-line lenses, the construction is fairly lightweight but has a really solid, high-quality feel. The 70-200mm is fully weather-sealed and features fluorine coatings on its front and rear elements, to repel moisture and greasy finger-marks, while also making for easier cleaning.

Handling feels entirely natural and intuitive. The mechanical zoom ring and electronically-coupled focus ring both operate with smooth precision and, unlike Canon’s competing 70-200mm f/2.8 lens for its mirrorless EOS R-series cameras, the physical length of the NIKKOR remains fixed throughout the zoom range. A third, customisable control ring is positioned at the rear of the lens. You can use this to control parameters like ISO and exposure compensation, and it’s particularly useful for applying silent, stepless aperture control when shooting movies.

Further handling enhancements include two L-Fn (Lens Function) buttons which you can assign to no less than 21 different customisable functions. The L-Fn 2 button is actually replicated with four separate buttons being positioned around the middle section of the barrel. They’ll most typically be used for AF-On or AF-Hold functions.

Even the tripod mounting collar is a smooth operator, revolving around the barrel on roller bearings. The foot is easily removable, courtesy of a pushbutton and locking knob, and contains two forward and rear tripod attachment threads. The choice enables a perfect balance with or without a tele-converter attached to the lens. The main knob for locking the rotational position of the mounting ring contains a security slot for attaching an anti-theft cable.


Living up to its promise, the lens delivers spectacular performance in every respect. The autofocus system is super-fast and unerringly accurate, while VR proved itself with 5-stop effectiveness in our tests, right out to the longest focal length. Throughout most of the zoom range, levels of sharpness are absolutely stunning, right across the entire image frame and into the extreme corners, even when shooting wide-open at f/2.8. The only noticeable drop-off is in the 150-200mm sector of the zoom range, where corner-sharpness becomes ‘merely’ excellent.

Helped by automatic corrections (as is the way with many lenses for mirrorless cameras), colour fringing and distortions are essentially non-existent. Vignetting is also minimal and resistance to ghosting and flare is excellent, with exceptional retention of contrast and clarity.

Sample images

This shot taken at 70mm and the shot below, taken at 200mm, demonstrate the overall zoom range of the lens. (Image credit: Future)

(Image credit: Future)

At 200mm, extreme corner-sharpness drops off a little but remains highly impressive. (Image credit: Future)

The transition between focused and defocused areas is nice and smooth, with negligible axial/longitudinal chromatic aberration. (Image credit: Future)

From the short end of the zoom range to around 135mm, sharpness is superb right into the corners of the frame. (Image credit: Future)

Autofocus is quick to react and unerringly accurate. We took a long sequence of shots, autofocusing on this seagull’s head, and every one of them was pin-sharp. (Image credit: Future)

At medium to long focus distances, depth of field is fairly large when combining a 70mm focal length with the widest f/2.8 aperture. (Image credit: Future)

At shorter focus distances, 70mm  at f/2.8 gives a fairly tight depth of field with a smooth transition between focused and defocused areas. (Image credit: Future)

Colour rendition is highly accurate but the lens also delivers good vibrancy. (Image credit: Future)

Sharpness remains excellent across practically the whole image frame, even at the longest zoom setting. (Image credit: Future)

There’s no hint of lateral chromatic aberration, even around high-contrast transitions towards the extreme edges of the frame. (Image credit: Future)

Despite powerful sunlight glinting off the dome at the centre of this image, there’s negligible ghosting and flare. (Image credit: Future)

Sharpness and clarity are fabulous, right through to the longest available zoom setting. (Image credit: Future)

Lab tests


The sharpness scores in the two graphs below are produced by shooting a monochrome test chart covered in multiple sharp boundaries between black and white. This image is then assessed by specialist software, with the extent of blur on the contrast boundaries at the centre, mid and edges of the image converted into a spatial frequency value to determine how many line widths per picture height the lens is capable of resolving. A higher spatial frequency corresponds to a greater number of finer lines over a given distance that the lens can resolve - this number is the sharpness score.

(Image credit: Future)

(Image credit: Future)

Levels of sharpness are absolutely stellar throughout most of the zoom range, even when shooting wide-open at f/2.8. Extreme corner-sharpness drops away a bit towards the long end but is still highly impressive.


The chromatic aberration scores are calculated using the same chart we use for measuring sharpness. This time the processing software assesses the sharp black-white contrast boundaries and determines the width in pixels of the colour fringe that divides black from white - the larger the width of the fringe, the greater - and worse - the fringing score.

(Image credit: Future)

Chromatic aberrations are essentially a non-issue, at all combinations of focal length and aperture setting.


At the top and bottom of our lens test chart are horizontal black bars that run its full width. A lens that bulges these lines towards the edges of frame produces barrel distortion, the degree of which is indicated by a negative score. Shrinking (pincushion) distortion, usually produced by a telephoto lens, produces a positive score. The higher the number - positive or negative - the greater the distortion. A score of zero indicates no distortion.

(Image credit: Future)

Helped by the now typical automatic in-camera corrections, Nikon’s Z 70-200mm effectively performs as a ‘zero distortion’ lens throughout its entire zoom range.


(Image credit: Future)

There’s no denying this is an expensive lens. We’ve been hugely impressed by Sigma’s 70-200mm f/2.8 DG OS HSM Sports lens for Nikon DSLRs in the past, which costs little more than half the price. Even so, Nikon’s telephoto zoom for mirrorless cameras sets new standards for image quality and all-round performance. It’s a fabulous lens that’s destined to become an instant classic.

Read more:

The best Nikon Z lenses

The best Nikon lenses: lenses to build up your Nikon DSLR and Z system

The best Nikon telephoto lenses

The best Nikon camera

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