If Soviet cameras were so good, why did they steal my father's Yashica 1960 in Leningrad?
Now that you say that, it does have an absurdly short flange distance, doesn't it? Because LTM m39 lenses focus extremely close when you mount them on m39 Zenit.I think I'll stick with my Kiev. Having no other option to advance film and cock the shutter than the spring motor sounds like a surefire formula for a camera that looks perfect, but can't be used.
If only there were a way to adapt M39 lenses to the Kiev/Contax mount (but the flange to film distance is longer than M39 -- as is virtually every other mount ever made).
The very shallow front-to-back thickness of the Leica was surely intentional. Back when 35 mm was "miniature" cameras and "double frame" was a new format (almost all 35 mm still cameras before the Leica 1 used 18x24 cine format), the tiny size of the cameras was an important feature, and Leica had "miniature camera" pretty well nailed down from the beginning. The only smaller "double frame" 35 mm cameras were folders without the ability to interchange lenses. A Barnack Leica with the retracting lens was pretty danged small.
You could actually put a complete Barnack Leica with retracted lens inside the film chamber of one of the larger box cameras with the film carrier cone pulled out (as if for loading). Don't think it would quite fit into a B2 (6x9 on 120) size, but surely in the 116s (2 3/4 x 3 3/4).
See, I feel like it'd be difficult to make a big aperture lens in LTM. I don't know why, something to do with the flange distance, maybe? Or just the narrowness of the lens throat. The widest aperture I know of on a LTM lens was a 50mm 1.5 Canon, and those go for more than the camera bodies in good shape now.According to Wikipedia, the Noctilux has only been produced in M mount.
Been a long time since I've handled an Argus RF -- my brother bought a C3 at a yard sale around 1972 (he was ten at the time), but I never used it; I was too happy with my Kodak Pony 135 (Model C). Haven't seen that one since about 1974.
As a matter of fact I was aware of the "dream lens" for Canon RF.The diameter of the lens mount throat does constrain the design, although notice that the Canon 50mm/0.95 lens was made for 39mm screw mount.
I mean, I have heard that it can be fun playing with a 50mm with that shallow of a field, but the distortion problem is something I heard mentioned in reviews.I had a 7s, bought it used in the early 70s, the sales guy at the store I bought it also had the .95, when the boss wasn't looking talked me out of it, said depth of feild was so shallow wide, with a far amount of distortion, I got the 50 1.4 instead. Never knew if he was doing me a favor or wanted to keep the lens in the case until he could buy it.
As a matter of fact I was aware of the "dream lens" for Canon RF.
However, it was not an LTM lens. Yes, it goes on an LTM camera, but the camera (7s? One of the deluxe models) had a special male bayonet mount outside the regular threading, used only for this lens and found on no other camera. Basically it was an attempt to manufacture exclusivity, though now of course there are adaptors for that lens to mirrorless digital cameras. I've heard it's not actually that good of a performer, though.
Well, that's certainly one thing: anything faster than f/1.4 is going to be almost impossible to focus accurately, wide open, even on an SLR, never mind an RF (especially when it's so dark you can barely see the focus screen or RF patch). If you have the RF baseline of an early Contax, and your RF is hyper-adjusted, maybe -- but your DOF will be measured in millimeters at portrait distance, regardless of the image quality available in that razor-edge focus zone. Sure, f/0.95 (which amounts to t/1.1 or so, usually -- 8 elements in four groups in a modern Noctilux has some losses even with modern coatings) will let you shoot by the light of a single candle -- but so will a tripod. And you're going to be shooting fast film and pushing that, anyway (TMZ at 3200, minimum) if you need to shoot in that light.
Tempting to suggest that you're ahead to find a way to add more light to the scene, rather than spend many thousands on a Nocilux, even if you have the camera it fits.
Well, my favorite lens of all the glass I own is the 50 f/1.4 Super Takumar (the infamous radioactive lens, with the thorium glass in one of the rear elements). But I doubt I'll ever want or need (for an RF) a lens faster than the 50/2.0 Jupiter-8 "Soviet Summicron" that came with my Kiev 4M.
Well, my favorite lens of all the glass I own is the 50 f/1.4 Super Takumar (the infamous radioactive lens, with the thorium glass in one of the rear elements). But I doubt I'll ever want or need (for an RF) a lens faster than the 50/2.0 Jupiter-8 "Soviet Summicron" that came with my Kiev 4M. I've got two fixed-lens RFs with faster lenses -- Canonet GIII QL17, and Petri 7s (also with f/1.7); both are 45 mm, as I recall. Neither camera has an accurate enough RF to get dead-on focus routinely when wide open, but with no mirror and a leaf shutter, either one can be hand held down to 1/15, meaning (given super-fast film and/or a heavy push) you can get some "take a chance" shots in light nothing else I own can beat.
The AE-1 was extremely advanced when it was introduced, at a price that allowed it to compete with much less capable cameras. I sold a whole bunch of them.Note that they released their budget SLR the AE-1 with time value priority when most manufacturers were doing aperture value priority
The AE-1 was extremely advanced when it was introduced, at a price that allowed it to compete with much less capable cameras. I sold a whole bunch of them.
The FD mount was designed to make shutter speed priority automation possible. Many of the competing lens mounts didn't permit it at the time.
Shutter speed priority was a big selling point - many people were using the AE-1 with Kodachrome 64 and other moderately low speed slide films. Most amateur photographers paid a lot more attention to the shutter speed than the aperture, so that approach made total sense.
Relatively speaking, very little attention was paid to shallow depth of field, and the idea of "bokeh" was unheard of.
Aperture priority automation was both simpler and cheaper to implement into existing systems, so that was the way that the competitors moved to automatic exposure.
That was because the lens mounts that others were using wouldn't permit shutter priority auto exposure. Canon designed the FD mount the way they did because they understood how desirable that feature was.Still, even if they had good reasons, they did do conspicuously the opposite of what everyone else was doing.
That was because the lens mounts that others were using wouldn't permit shutter priority auto exposure. Canon designed the FD mount the way they did because they understood how desirable that feature was.
There are reasons that the AE-1 was the very first SLR for millions of amateur photographers, and the largest selling SLR ever.
We use cookies and similar technologies for the following purposes:
Do you accept cookies and these technologies?
We use cookies and similar technologies for the following purposes:
Do you accept cookies and these technologies?