Previously in October 2012, I had a chance to handle the M Typ 240 (I’m going to call it the M 240 from hereon in) back at the Kuala Lumpur launch event, and produce a quick preview (that can be found here). At that point, the camera was a very early functioning prototype – yet the improvement over the M9 was clear. There was of course no way to get images onto a PC for review; the SD card was glued in and the grip had no USB ports. Frustratingly, things appeared pretty good on the new (and larger) rear LCD. But we all know that such small and limited-gamut monitors are not a good way to determine image quality at all; I was thus itching to get my hands on a camera, or at very least, some good files to play around with. I’m not really a fan of long waits to availability – whilst it’s nice to know what’s in the works, I’d rather not have to wait six or more months before I can actually buy one. By then, the world might just have moved on.
In the last few years, rangefinders (effectively only the Leica M system) have experienced something of a renaissance; I think partially due to the market being over saturated with DSLRs to fill every niche, and partially due to the full frame M9 which so many Leica shooters had been clamoring for. A frequently asked question is ‘why is DRF technology lagging so far behind its DSLR counterparts?’ After all, the innards are pretty much the same – sensor development and fabrication is so horribly expensive and complex that it can only be undertaken by a handful of either very large or very specialized companies; the electronics are largely FGPA-based (i.e. with reconfigurable chips) and there are plenty of good software coders out there – just look at the proliferation of Apple apps. Micro 4/3 has arguably pushed miniaturization of the electronic components even further – so it can’t be the body size that’s holding back DRF development.
Aside from the M9 and its derivatives (full review of the Leica M9-P here, and the M-Monochrom here), the only other digital true range finders that have made their way to market in the past were the Epson RD1 and RD1s (both using the same 6MP Sony APS-C sensor) and of course the Leica M8. All of these cameras have been M-mount, a sensible choice because it’s the most versatile and open of the RF systems – and of course has the greatest selection of lenses, from second hand $200 Voigtlanders to $12,000 Noctiluxes.
No, I suspect the reality is that what’s preventing us from seeing a DRF with competitive specifications isn’t technology, but the economics of market sizing: Leica sold about 30,000 M9s in the two-and-a-half years after launch; by comparison, Nikon makes about that many D800s every month. To invest such levels of R&D spending into a very niche product doesn’t make economic sense – even if you are charging three or four times what a comparable spec DSLR goes for.
Having said all that, you’re probably wondering about the title of the article: Leica M8? Is that a typo? No. Even with the technological, sensor and usability limitations (manual focus and built in frame lines for 28-90mm only, for instance) there are still good reasons why you might want a rangefinder. And even more reasons why you might consider technology that’s now realistically nearly seven years old – which is an entire geological epoch in the digital era.
For a start, rangefinders are far less intimidating to your subject than DSLRs. They’re also smaller. Yes, there’s Micro 4/3 and all of its different flavors: but which one of them gives you a proper optical finder? None*. If you want an optical finder, and a responsive focusing system, a rangefinder is the only way to go. The lenses are also smaller, because they don’t have to house AF components or retrofocus/ telecentric designs to clear an SLR’s mirror mechanism.
*I’m deliberately leaving out the Fuji X100 and X-Pro1 cameras here; I don’t consider them to be rangefinders, and they have their own entire set of issues – slower AF than manual focusing a rangefinder being the biggest of them.
Let’s assume for now that your priorities are to be inconspicuous, travel light, have an optical finder, and do documentary work in the 28-90mm range – let’s not bother with flash for now. That basically puts an M as your only option. You could buy a new M9 and lenses, but that’ll be painfully expensive; with three fast lenses (28/2, 35/1.4, 50/1.4 or 75/2) you’re already looking in the vicinity of US$30,000. And that might not even be your primary system, because if you want macro, precise framing for your ultra wide, or telephoto, you’re out of luck.
This is where a second hand M8 starts to make some sense: you can find clean, low-mileage examples in the US$2,000-2,500 range; pair that with some Zeiss ZM or Voigtlander glass, and you’re in business. Some of the Zeiss lenses like the 21/2.8 and 50/2 are outstanding in the own right, and the Voigtlanders offer unique options that aren’t available natively to Leica M (12mm and 15mm pancakes, or an affordable 50/1.1 anybody?). Let’s say we do the same system with equivalent fields of view (i.e. 28mm, 35mm, and 50 or 75mm) – I’d pick the Zeiss ZM 21/2.8 Biogon, the Zeiss ZM 35/2 Biogon and Zeiss 50/2 Planar or Voigtlander 50/1.1 Super Nokton. You could easily do that around the US$8,000 range, even if you buy all the lenses new. And if you decide for whatever reason that you don’t like the rangefinder experience, selling it on isn’t going to cost you very much, or be very difficult. Think of it as a rental.
But what about the sensor and electronics? It is, after all, seven year old technology. The reality is that the M8 was a bit on the noisy side even when it was new; that hasn’t changed. However, it was also capable of excellent images at that time – that also hasn’t changed. (All of the images in this article were shot with a Leica M8 and a variety of lenses.) So long as you understand the inherent limitations of rangefinders, and those of the camera itself, you’ll be fine. Even if you have to shoot in low light. The sensors of the M8 and M9 are CCDs. CCD technology delivers a rich tonal response in the shadows and highlights that is very difficult to achieve with a CMOS; the tradeoff is noise and color accuracy.
Let’s talk a bit about the limitations of rangefinders in general, and the M8 specifically:
- Built-in frame lines for 24-90mm only, with a 1.3x crop factor – 32-120mm equivalent. Use an external finder if you need wider.
- 10MP CCD, ISO range of 160-2500, but I’d stick to 640 and lower for optimal image quality, and 1250 in a pinch. Either use fast lenses, or meter for the highlights.
- Realistically, it’s a single frame advance camera. The continuous modes are not worth talking about. Anticipate your shots!
- 6 DNG frames when the barrel is hot. Overshoot this and you’re going to run into card corruption and buffer dumping issues – which will require pulling the battery to unlock the camera.
- Inaccurate frame lines. They’re calibrated for 1m, instead of something that makes more sense like say 2m. The M8.2 had its frame lines updated to correspond to the view at 1.5m instead, which is an improvement, but no idea. Just frame with the outside of the frame lines. A little practice will help you to visualize what will be in-frame and what won’t.
- Poor battery life. Carry a spare.
- Crappy LCD. No point chimping on this camera, because the LCD is so poor it’s impossible to tell what’s in focus and what isn’t – just save it for the PC. You’ll save a bit of battery life, too.
- Metering issues with strong point light sources. The M8′s center weighted meter gets easily confused by strong point light sources in the frame; it’s very important to keep an eye on the meter reading. If it looks too high to make sense, then you probably want to override manually by using the shutter speed dial directly.
- No easy exposure compensation. Move the camera a bit until you find the exposure you want, then half press until the little dot between the left numbers appears – this locks exposure.
- Manual focus. I’ve left the biggest issue for last. It isn’t manual focus per se that’s the issue, but focus calibration: if it’s out, it’s out, and you can kiss goodbye to sharp images. The rangefinder interacts with the lens through a series of very sensitive and precisely calibrated cams, and in my experience with several digital M bodies, they do drift – more so with frequent mounting and dismounting of lenses. It’s highly recommended that you get the body calibrated to the lenses you intend to use on the camera, and this goes for any digital M body.
The M cameras tend to be extremely polarizing cameras. They’re either intensely refreshing, and offer a very different shooting experience, or they’re extremely frustrating due to their lack of flexibility. Rangefinders are cameras that force you to adapt to their way of working, not the other way around. If the way you see happens to fit this, then you’re in for a great experience. Unfortunately, the only way to find out is if you have a particularly generous friend who’ll loan you theirs, or by going down the used M8 route.
I highly recommend sticking to one lens and getting to know it well; it will help in both keeping costs down as well as improving the quality of your images because it trains your eye to pre visualize. And there’s no harm in buying second hand Leica glass either; thanks to the recent trend of continual price increases, the lenses have been holding their value better than most blue chip equities. In fact, it’s probably the only class of photographic equipment that might even be considered an investment – certainly not the bodies, however. MT
Visit our Teaching Store to up your photographic game – including Photoshop Workflow DVDs and customized Email School of Photography; or go mobile with the Photography Compendium for iPad. You can also get your gear from B&H and Amazon. Prices are the same as normal, however a small portion of your purchase value is referred back to me. Thanks!
Images and content copyright Ming Thein | mingthein.com 2012 onwards. All rights reserved
I’ve had a number of enquiries about focus precision, rangefinder calibration and adjustment etc. in the last couple of weeks – I suppose it’s because of the need for precision highlighted by the Monochrom’s resolution and 50 APO’s resolving power.
I had the same problem myself in 2009 when shooting with M8s; new lenses would require calibration adjustments and the RF alignment would drift over time with frequent mounting and unmounting. A return trip to Solms for the entire kit of two bodies and several lenses would of course be impractical (both expensive and hugely time consuming), so I learned how to do it myself.
For Leica M shooters in Kuala Lumpur, I offer a rangefinder calibration service for the digital M8/ M9 bodies. It takes an hour, and you pick which lens you would like the body calibrated for – I recommend either your most used lens, or your shallowest DOF one. It is possible to have all bodies calibrated for all lenses, but this will require a long and expensive German holiday for your entire kit as there’s some lens disassembly involved to realign the helicoids…
The adjustment leaves no trace and will therefore not affect your warranty.
Please send me an email if you’d like to make an appointment or enquire about this service. MT