Category Archives: Nikon lenses

Some of the best optics ever

Cheap, not nasty

Nikon lenses, Photographs

A few from the 75-150mm Series E lens.

The trade offs with these older, inexpensive Nikon lenses are simple. You give up AF and VR and save on cost, weight and bulk. It means that everything is slower in practice and only the user can decide if that matters.

But the one thing you most certainly do not sacrifice, based on my early experience with the budget 75-150mm Series E Nikon zoom, is definition. It’s superb.

Statuesque. D700, ISO 800.

Nap. Same data.

Cell call. Same data.

Window detail – 1895. Same data.

Burlingame station – 1895. At 150mm. Same data.

Station detail – in heavy shadow. At 100mm. Same data.

Enlarged section of the above. Taken at f/5.6. Definition
is the same across the frame. Flare is handled well.

Nikkor Series E 75-150 mm f/3.5 MF zoom lens

Nikon lenses

An absolute sweetheart.

Our son Winston does karate in a down-on-its-luck area whose great redeeming quality is the presence of Kaufmann’s Cameras, one of the few remaining camera stores in these parts, 57 years in business, the last 21 at the same location on West 25th Avenue in San Mateo.

They have half a dozen consignment cases full of old film gear, languishing sadly (they keep a 30% commission).

I swung by when Winnie was doing yet another of his never ending belt tests yesterday (it’s their annuity income stream) and spotted one of the bargain label Nikon-E optics, the 75-150mm f/3.5 for sale, in mint condition. Small, 52mm filter, trombone zoom, MF of course and a fixed f/3.5 maximum aperture. A quick check on the iPad disclosed it’s a highly regarded optic, all metal, and the one Kaufmann’s had on consignment was mint, complete with UV filter and rear cap.

As generally seems to be the case the zoom trombone will move with gravity; two minutes with electrician’s black vinyl tape saw a strip applied underneath and the problem was solved.


Series E 75-150mm Nikon lens.

Definition is super, with the merest hint of red fringing at 75mm, with slight vignetting at 150mm, both easily remedied in LR3. There’s no air pumping as you operate the trombone as the rear element is fixed – nice! That means no blast of airborne dirt in the direction of the camera’s innards as you zoom. The aperture ring is really close to the flange and takes some getting used to. Full click stops only with a fine solid feel. Zooming does not change the length, focus does, with a 3/4″ extension and a 200 degree rotation. It focuses to a very close 3 feet. At 150mm that’s pretty close. Both zooming and focus are wonderfully smooth and perfectly damped. Out of focus areas are nicely rendered. Both the front and rear glass elements are pretty much exposed, so a filter/rear cap make sense.

As there is no CPU in the lens to communicate focal length the D700 has to be told manually which length is in use if you want correct EXIF data. Up to nine various settings are allowed. The ‘Non CPU lens’ setting on the D700 does not have zoom options, so I set it at 86mm and f/3.5 and exposure automation is fine, with the usual focus confirmation. 86mm? It’s one of the strange options available and not likely to be confused with anything else when looking at EXIF data! Balance on the D700 is just so. Comfortable. All the markings on the lens are engraved and paint filled. Like they used to make them. No screen printing. I like that.

Cost? Would you believe $85 with filter and rear cap for a lightweight, high quality zoom with a fixed and fast f/3.5 maximum aperture? What’s not to like? It may have been Nikon’s ‘bargain’ line but there are no signs of cost cutting in either execution or performance. A wonderful adjunct to the 16-35mm ultra-wide zoom – similar length, much smaller diameter, similar weight. As I have no intention of carrying around a 70-200mm f/2.8 autofocus VR zoom weighing in at 3.3lbs and measuring 8.1″ in length (against 1.5 lbs and 5.2″ for the 75-150) I am happy to sacrifice AF, VR, the long end, the weight and the bulk. And did I mention this little sweetheart is some $2,300 less?


Brooding Bert, 75-150mm Nikkor Series E @ 150mm, f/4 at closest focus.

Higly recommended if you are OK with manual focus and a perfect companion to an ultrawide zoom as part of a ‘do (almost) everything’ outfit.


Someone needs to lose weight ….

The Nikkor 75-150 budget zoom is an absolute sweetheart and costs a lot less than any sweetheart ever will. And while you are spending wildly on one of these gems, throw in a new Nikon HR-1 collapsible rubber screw-in lens hood for all of $15, which makes sense given the flare-prone, exposed front element. The original metal 52mm screw-in hood, HN-21, is hard to find.

You can download my custom lens correction profile for this lens, best used once a CPU has been installed in the lens, here.

CPU installation:

My lens is s/n 1814651, early all black design, (Sept. 1980) and permits a simple glue-on installation of the CPU. However, after correspondence with a reader it became clear that somewhere in the first run of these lenses, the all black ones like mine, s/n 1790801-1860019, Nikon changed the design and started using a much thicker baffle in the area where the CPU has to be installed. This means that the baffle will have to be removed and an arc machined out to accommodate the CPU. I do not know exactly where the change in design occurred, but the lens already used the thicker baffle at s/n 1837859. If any other readers are converting this lens, please drop me a line with your s/n so that I can narrow down the change point, for future reference. The later version with the chrome ring, s/n 1890001 and up appears to use the thicker baffle.

Nikkor 300mm f/4.5 ED IF AIS MF lens

Nikon lenses, Photographs

Alphabet soup.

When I added the 300mm Nikkor manual focus lens to my little D700 outfit, it was with the realization that this relatively little used optic did not justify spending a lot of money. So it was off to KEH.com where I picked up one marked ‘BGN’, meaning something between a beater and a dud. However, having purchased from this business in the past, I knew that they grade conservatively and earlier ‘BGN’ purchases had invariably resulted in fine gear with typical superficial markings from use. And so it turned out this time.

What I received, for less than one quarter the cost of the current f/4 AF optic, was a lens with pristine glass, a beyond smooth focus action and …. a wobbly telescoping hood. The trombone assembly for the latter is attached with three small screws and it was a matter of moments to remove it, disclosing that the cork friction strip inside was worn out. I took the easy way out and wrapped one-and-a-half turns of 3M Flue Tape around the inner cylinder and while the result is not pretty the wobble is no more. This is a thin, metallic tape with strong adhesive, and one $8 roll will do more lenses than you want to think about. I’ll give it a spray coat of high temperature matte black paint, of the kind used on car engines. It’s tough and will hide the tape nicely.

The lens focuses down to 8.2 feet (2.5m), which is like a 50mm lens at 16″. That’s close. It also focuses well past infinity, to compensate for warm days, owing to the expansion of the metal used in its construction.

Contrast is high, identical to that of the other two lenses, putting a well deserved lie to all the claptrap you read about ‘designed for digital’ lenses. This is a film era lens (around 1990s vintage) and works perfectly with the sensor in the D700. ‘Designed for Digital’ is yet another advertising hoax designed to separate the gullible from their money.

300mm MF Nikkor. Flue Tape prevents hood wobble.
Circle denotes one of the three trombone retaining screws.

If following moving action is your thing, this lens is not for you. Auto focus will make life much easier in that case. But my primary use is for architectural details, used as often as not with my Manfrotto monopod fitted with a QR release, so I’m in no hurry. The D700 has a focus confirmation light in the finder, with arrows showing which way to turn the focus collar if you are out of focus. This works really well but is very sensitive. In practice, other than at full aperture, I find that simply focusing on the screen works well, the high f/4.5 focusing aperture making images snap in and out of focus readily. The lens shows a hint of chromatic aberration wide open with high contrast subjects, but otherwise has no bad points. With the removable collar it weighs 2.2 lbs. and balances nicely with the heavy 2 lb. D700 body. I dialed it into the ‘Non-CPU lens’ menu on the D700 so the EXIF data correctly reports that a 300mm lens was used.

EXIF data in LR3.

Unfortunately, Lightroom sorts on the ‘Lens’ field when filtering images, so only the actual EXIF for an image will disclose that a 300mm lens was used. The ‘Focal Length’ and ‘Focal Length 35mm’ fields do not constitute searchable EXIF or IPTC data in LR, as far as I can tell. Good luck getting Adobe to fix that.

By virtue of the Internal Focusing design, operating the focus collar moves a selection of elements internally, not the whole lens barrel, so the length of the lens remains fixed and the action is butter smooth. Just a joy to use. I would describe the rendering of micro-detail as close to that of the very expensive 16-35mm and the bargain 85mm D designs, but not as good through f/5.6. At f/8, however, micro-contrast really kicks in and the definition equals that of the other two. A touch on the Clarity slider in LR3 mostly puts matters to right at f/4.5 and f/5.6, and I am finding that the 86/1.4/50/23 Sharpness settings in my import dialog in LR3 for the other two lenses works well.

The tripod collar, easily removed, is well designed, but not in the class of the one on the 400mm f/5.6 Canon L, adopting a threaded fastener in preference to the superior cam lock used by Canon. There is no Vibration Reduction, which keeps the weight down but that savings is offset by the need to carry a support if slow exposures are contemplated. With the collar removed I find the lens easy to handhold.

Wringing it out yesterday I made a few snaps in San Francisco in late sun, all at 800 ISO and mostly with a monopod. These are almost all straight from the RAW originals, with minimal post-processing, with the usual sharpening on import into LR3. The lens retains Aperture Priority (my choice) or Program exposure automation on the D700, with focus at full aperture:

To get a sense of what the lens can do in huge enlargements, here’s a snap at f/8, 1/50th second, ISO 800 with monopod:

Here’s a section from the top left which would make a 40″ x 60″ print:

Not too shabby – notice the level of detail retained in even low contrast areas.

Adding a CPU:

While many lenses allow simple glueing of a CPU to the rear baffle, the baffle on this lens is too large in diameter to provide the required clearance for the CPU.

I therefore set to machining the baffle on my 300mm f/4.5 ED-IF Ai-S lens. The baffle is retained by three radial, countersunk Philips screws. The fourth, proud, slotted screw is for the stop down lever and is not touched.

After doing some measuring it turned out to be very simple. The full thickness of the baffle has to be removed and the depth of removal is conveniently denoted by a ridge on the baffle, visible once removed.

After marking the position of the CPU with a fine scribe, removing the three screws allows removal of the baffle. It shows traces of threadlocker so it would likely be smarter to use some local heat from a soldering iron on the screws first. I lucked out.

The lens’s tripod collar is removed in these pictures.

Three screws removed, the baffle can be slid out.

The thickness of the CPU body material is identical to that of the baffle’s wall, I used a Dremel cut-off wheel, a metal saw and a fine file to make the slot in the baffle. A milling machine would have been nicer! The CPU is circled in red below.

The CPU in place.

This lens’s baffle is 1.613″ in. outside diameter. The wall is 0.118″ thick, thus the inner diameter is (1.613 – 2 x 0.118) or 1.377″. (It is hard to directly measure the inside diameter owing to various reliefs in the metal). This is right in the range of 1.364″ (75-150mm Series E Nikon zoom) through 1.427 (50mm f/2 Nikkor-H) which allowed a straight glue on of the CPU, so glueing the CPU in place such that it’s base (non-contact side) is plane to the inner diameter of the baffle confers the right contact position.

Lens correction profile:

This lens has some chromatic aberration at full aperture and modest vignetting which disappears by f/8. You can download my custom lens correction profile for use with PS or LR by clicking here.

Legacy Nikon lenses

Nikon lenses

Jewels for pennies.

When photographers of the caliber of David Douglas Duncan of LIFE first started traveling to Japan in the 1950s they quickly learned that Canon made superb Leica screw mount lenses. These were easily adapted to Leica M bayonet bodies and provided rangefinder coupling as often as not. They spread the word and Canon, in that regard, may have done more to boost the Japanese camera industry than any maker since. Later, of course, Pentax came out with their wonderful SLRs with instant return mirror and Nikon trumped all with the Nikon F SLR. Rangefinders were abandoned, though not before Canon with the 7/7S and Nikon with the S1/S3/SP created two of the great classics of the rangefinder era. These, especially the SP, command collector prices today. The Nikons introduced the titanium curtain focal plane shutter which had a lot to do with the legendary toughness of their successor, maybe the greatest SLR ever made, the Nikon F. The camera that documented Viet Nam.

Nikon SP.

Working as a kid at the Dixons sales counter in London, I had the opportunity to handle many of these as the used market was flooded with owners upgrading to the Nikon F. The feel and sound was similar to the F, meaning robust and solid. But when Nikon went to SLRs, like Canon they realized that the small lens throat of their rangefinder bodies would make design of lenses difficult, especially of the short focal lengths which had to adopt a retrofocus design if the SLR’s flapping mirror was to clear the rear element. So both makers went to larger diameter bayonet mounts, Nikon abandoning the Contax bayonet on the SP and Canon moving on from the Leica 39mm thread mount. Since then, Canon has adopted no fewer than three bayonet mounts for its SLRs. The early Canonflex style, the FD of the ’70s era and then the EF in use today. Nikon, by contrast, has stuck with the original F mount, albeit with adaptations for indexing the maximum aperture on later lenses – the AI and AIS models.

The differences in design philosophy are non-trivial. Forget early Canonflex lenses – too few choices are available and good luck adapting these to anything. Further, for the modern Canon user, FD lenses are mostly a lost cause. The trouble is twofold. First the flange to film/sensor plane distance for the EF mount is 2mm less than for the FD mount. That means that unless your FD-to-EF adapter includes a negative lens element in its design, you will be unable to obtain infinity focus using an adapted FD lens on an EF mount body. Second, as Canon went to an electronic aperture setting mechanism with the EF mount, you will lose automated aperture stop down with FD lenses on an EF body. You focus at maximum aperture then stop down what is now a manual lens to working aperture, the finder screen going dark in the process. Further, even if your adapter has a crappy negative lens to destroy the great definition of your FD lens while reclaiming infinity focus, there is no electronic focus confirmation. You go by what you see on the screen. This is a great shame as it means that, to all practical intents, the magnificent range of FD lenses is not usable on modern Canon bodies.

The contrast with Nikon’s approach could not be greater. With very few exceptions, every Nikkor lens can be used on a current Nikon body, with pre-AI models requiring a $25 machining adaptation to fit and work. The sole exception is mostly early fisheyes which required a mirror lock-up and external finder. No mirror lock-up exists on the modern DSLR Nikons (save for sensor cleaning) so these lenses are not usable. Nikon retains a mechanical control for aperture stop down to this day, so even early Nikon F lenses will retain aperture automation. Auto exposure measurement at full aperture is retained and bodies like the D700/D3 and others provide an electronic rangefinder confirmation of optimum focus, denoted by a green diode in the finder. Out of focus results in one of two arrows pointing in the direction the lens mount has to be rotated.

Why would anyone care? Well, because unless you must have autofocus, these manual focus Nikon lenses are some of the best ever made. In the early days there was only one range – no bargain basement models where design corners had been cut. The mounts were massive, the construction fabulous and the optics outstanding. One of the nicest things about working as a sales clerk at Dixons in the late ’60s was that I was allowed to borrow gear for the weekend (anything except the Leicas!) and I often found myself with a Nikkormat FTN, with the 24mm, 50mm, 105mm and 200mm Nikkors. All these optics were superb in every way. A 16″ x 20″ print was expected, not exceptional. The Nikkormat replaced the bulletproof shutter in the Nikon F with a somewhat fragile shutter (later improved) but came with compact TTL metering on most models and was a sweetheart to use.

Here’s what some of those great lenses sell for today – I have illustrated the scalloped metal focus ring versions which are my absolute favorites for look and feel:

Nikkor 24mm f/2.8 – $150 used.

Nikkor 50mm f/2 – a true competitor to Leica’s Summicron. $50 in mint condition.

Nikkor 105mm f/2.5. $75.

Nikkor 200mm f/4. $40.

So for $315 you get a complete outfit which will do you proud anywhere in the world, provided you don’t mind the absence of autofocus. In the case of these lenses, you can use Aperture priority or Manual exposure measurement. Add $25 per lens if it’s non-AI, to convert it for your DSLR. These lenses have no electronics, but if you want all the bells and whistles offered by matrix metering, want to add Shutter priority and automated EXIF data posting to the picture file, this is done by adding a CPU to the lens and typically runs $80 per lens. A detailed illustration of Nikon lens mounts appears here.

There are some wonderful bargains out there for Nikon users, even if they have bodies which were not even thought possible when these great optics were made.

D700 – in the studio

Nikon bodies, Nikon lenses

Winston at ten!

The D700 and 85mm lens arrived just in time for our son’s tenth birthday and the obligatory annual studio portrait, so it was out with the Novatron gear. I decided to shoot tethered to the MacBook Air, connecting the D700’s mini-USB socket with a USB cable. This gives large screen previews of exposure etc. Lightroom 3 makes this easy, yet my first attempt returned an error message saying “No camera detected”. I rummaged in the garage cardboard box where the mess of cables makes its home, and found several with the requisite connectors. The second one worked fine and continued to do so when extended with a further cable. No need for ‘factory authorized’ this or ‘premium priced Nikon’ that.

First I snapped a couple of test shots to see what the D700’s sensor, with its modest pixel count, can deliver. On paper, it should yield prints three times the size of those I get from the 16mp MFT sensor in the Panny G3, which allows for grain-free prints sized 24″ x 16″. That sensor is one quarter the area of the D700’s, so ‘stretch’ those pixels over 4 times the area and you get 4mp effective density. The D700 is some 12mp, or three times the enlargement for the same pixel density, meaning 72″ x 48″.

I tested that on my Dell 2209WA displays and, indeed, the definition held up fine even at 90″ x 60″ effective size. large enough for me, making me wonder who on earth needs the 36mp of the just announced D800? Not to mention a monster file size which takes three times as long to download. Whatever.

A little more tweaking to establish the optimum settings for import sharpening with the 85mm f/1.8D Nikkor yielded the following, required to counter the Anti-Aliasing filter in front of the sensor, there to prevent ‘jaggies’. Using RAW, with 1:1 previews in Lightroom 3, I settled on the following:

D700 LR3 file import sharpening settings.

That’s a bit more aggressive than the Canon 5D needed and may, of course, vary between lenses, but it’s just right, and at the cusp of where sharpening artifacts just start to appear. This is not prescriptive – each to his own. Color rendition seems neutral with default body settings, so no changes there. These were determined using LR3 using the 2010 Process. LR4 introduces yet another Process (will Adobe ever stop this nonsense?) and the Beta version is buggy. As a fellow photographer (and many on the web) report, try converting 2010 process files to 2012 and LR4 crashes, in both Windows and OS X. So I’m sticking with LR3 for now, especially as the changes in LR4 are aimed more at Adobe’s P&L than photographers’ needs.

One unexpected benefit of tethered capture is that the subject can see the results withing a couple of seconds on the laptop’s display. 10 year old boys aren’t exactly renowned for having great attention spans when their pictures are being taken, but this mechanism both kept Winston interested and helped him with posing. Neat.

We took about four dozen snaps and maybe six or so were ‘keepers’. This one stood out.

Winston Howard Hofler, aged ten.
D700, 85mm f/1.8 at f/5.6, ISO100.

The highlights in the hair are from a boom mounted top light, in the style of the great Hollywood photographer of the stars, George Hurrell. In addition to the boom, two other strobe heads, in umbrellas, were used. A related benefit of strobes is that you don’t get the huge retinas that strong incandescent lights cause.