By Ked · June 2026
June 2026
Most people who buy a digital Leica aren't buying it as an investment. They're buying a camera. But the difference between a camera that holds its money and one that loses half of it over a decade is real, and for some buyers it's the difference between owning Leica glass long-term and not. This post is for the second group: people who want the Leica look and the rangefinder shooting experience, but who don't want to write off thousands of dollars of body depreciation over the ownership period. This is not financial advice and the dollar figures below are illustrative; the goal is to make one buying decision legible, not to predict the market.
The hedge is straightforward: put the budget into a mechanical-shutter M and a high-quality M-mount lens, then shoot film and scan. The body holds its value or appreciates. The lens holds its value or appreciates. The thing that depreciates is film and processing. But those are consumables, not capital, and you only spend what you actually shoot. We've covered the mechanical-M case for its own sake in the M-A vs MP post; this post is the strategy and the dollar math, not the underlying price tables. For the full digital depreciation data, see Digital Leicas: Investment, or Loss Leader?. For the film-body retention data, see Analog Leicas as Investment. This post puts those two data sets side by side as a single buying decision.
The strategy rests on two findings established in the sibling posts, so we'll state them once and link rather than re-derive them.
Digital bodies depreciate. Across the digital M line, each generation has lost roughly 40 to 60% of launch price over a decade in nominal dollars, more in real terms, because the electronics carry a finite parts-availability runway that the used market prices in. The body-by-body numbers, launch prices, and the two outliers (M9-P, M-D Typ 262) are in post 14.
Film bodies and M-mount lenses don't. Mechanical Ms have held or grown nominal value over the same windows, and current-production M-mount glass settles 20 to 30% below new retail and then holds. Which film bodies held value, and the cultural-cycle caveats around the M6 boom, are in post 16. The single fact the hedge depends on: the lens that shoots on a depreciating digital body is the same lens that holds value on a mechanical one. A Summicron-M 35 ASPH from 1997 trades for more in 2026 than it sold for new. The body depreciates; the lens doesn't.
There are two paths to the same image-quality outcome, both built around a Leica rangefinder body and a Summicron-M 35 ASPH. We'll use current typical prices from our active-listings database (June 2026) for both paths.
Path A, Digital:
Path B, Analog hedge:
The kits cost essentially the same up front. The MP path is actually about $450 cheaper at current typical prices, though the spread on both bodies is wide enough that individual deals can swing either way. The lens is the same lens in both cases. What's different is what happens over the next decade.
If the past decade is any guide, the M11 will follow the digital depreciation curve documented in post 14. Project that pattern forward and the M11 in 2036 is plausibly worth $4,000 to $5,000 in then-dollars, an illustrative real-terms loss of $2,500 to $3,500 against a $7,500 entry price before any service costs over a decade. None of this is guaranteed; it's the pattern the digital M line has shown so far, and the figures here are illustrative, not a forecast.
The MP, by contrast, has been in production since 2003 and sells new at a 2026 list price north of $6,000; the used market for clean examples sits right around that number. Post 16 records how the mechanical Ms have held nominal value over comparable windows. Whether that continues for another decade is unknowable, but the structural reason for the stability isn't going anywhere: Leica still makes the MP new, fully mechanical, with parts and service available indefinitely. The MP is the same camera in 2036 as it is today; the M11 is not.
The cost of the analog hedge over the decade is film, processing, and scanning. Reasonable budgets vary widely with how much you shoot, where you live, and whether you develop and scan at home or use a lab. We won't put a specific dollar figure on it because it isn't universal. But the structure matters: the spend is variable and capped by your shooting rate, not pre-paid into a depreciating body.
The analog hedge is a genuine trade-off, not a free lunch. Some of what you give up:
These aren't dealbreakers for the shooter the hedge is aimed at, someone shooting personal work and not on a deadline, but they're real.
What survives the switch:
M-mount has been continuous since 1954. The first Summicron 35 (1958) mounts on a current M-A or M11 with no adapter. A 2024-production APO-Summicron-M 35 ASPH mounts on a 1954 M3. The lenses are forward-and-backward-compatible across seventy years of bodies. Few mount systems in the camera industry come close to this.
The practical consequence: an M-mount lens isn't tied to a specific body. Buy a Summicron-M 35 ASPH today for $2,800 and the lens comes with you whether you add a film body, swap bodies in five years, or add a future M12 in 2036. The lens decision is independent of the body decision. That isn't true for, say, a Canon EF or Nikon F lens tied to a system both companies have moved on from. This is why the analog hedge works at all: the lens you'd buy for digital is the same lens you'd buy for film.
If the strategy makes sense, the next question is which mechanical M to put the budget into, and that depends entirely on whether you're matching a digital flagship dollar-for-dollar or trying to free up budget for lens and film. The full price table for every film M is in post 16; the relevant point for the hedge is which tier matches which goal.
All of these are pure mechanical-shutter bodies. None depends on electronics except, in the M6 and MP, the in-body meter, which any handheld or phone meter can replace. None has a parts-availability sunset in the digital-M sense. The cheaper classics free up budget for lens or consumables; the current-production Ms offer the closest pricing match to a digital flagship and the simplest like-for-like comparison.
Pair an MP with a Summicron-M 35 ASPH at current typical prices and the up-front cost is essentially identical to the same lens on an M11. The difference is which side of the kit depreciates over the next ten years.
None of this is a prediction. The used-Leica market could shift; new-MP production could end; collector demand for mechanical Ms could plateau. The argument is structural, not predictive: a body Leica still makes new today, with full parts and service support, has a different price trajectory than a body whose sensor-and-board supply is on a finite runway. The past decade's evidence supports the structural argument.
For a shooter comfortable with film's workflow trade-offs, the analog hedge isn't really a sacrifice. It's a different way of getting to the same image, with a kit likely to be worth roughly what it cost when you're done with it. Film and processing is what you actually pay to shoot. The body and lens are working capital.
Browse current MP, M-A, M6, M4, M3, M2, and M11 listings on UsedCameraTracker to see what the analog and digital paths actually cost side by side this week.