By Ked · June 2026
June 2026
Leica's marketing has always traded on permanence. The brass top plates, the lifetime-serviceable rangefinders, the M3 that still works seventy years after it left Wetzlar: every Leica buyer hears some version of "this is the last camera you'll ever need to buy." That story is broadly true on the film side. It's much more complicated on the digital side, and the used-market data tells the complicated version clearly.
This post walks the digital M lineup, the digital Q lineup, and the major M-mount ASPH lenses through one specific question: are these cameras and lenses sound financial purchases, or are they expensive loss leaders for the pleasure of using them? We'll use current typical prices from UsedCameraTracker's active listings, weighed against widely cited launch prices, and compare the digital depreciation curve to the film Ms that have actually appreciated over the same period.
The short answer up front: digital Leica bodies depreciate meaningfully, typically 40–60% of launch price over a decade, and there's no realistic scenario in which a 2009 M9 returns to its $7,000 launch number. Lenses hold value much better than bodies but are not immune. Current-production Leica M-mount glass typically loses 20–30% in the first few years, then stabilizes. The investment story is the lenses, and even there it's "depreciation slows," not "value grows."
An investment is something you expect to be worth at least as much later as you paid for it, ideally more, ideally above inflation. A loss leader is something you pay for knowing the price is the cost of access, not a store of value: a meal at a restaurant, a hotel room, a concert ticket.
Cameras can be either. A 1954 Leica M3 that cost roughly $450 in period dollars (sources vary: $288 for the body alone, $447 for the body + Summicron kit are both widely cited) is worth a couple of thousand dollars today; inflation alone would put $450 at roughly $5,000 in 2026 dollars, so the M3 has retained somewhere in the neighborhood of half its real purchasing power over seventy years. That isn't exactly an inflation-beating asset, but it's vastly better than every other camera made in 1954. By contrast, a digital point-and-shoot from 2009 is worth almost nothing now. Most cameras are loss leaders. Mechanical Leicas have historically been the exception.
The question is whether digital Leicas inherit the exception or whether they revert to the rule.
Here's the data, body by body, from active UsedCameraTracker listings as of June 2026. Launch prices are widely cited retail figures; treat them as "approximately $X at launch" rather than authoritative quotes.
The pattern: digital M bodies typically lose between 40% and 60% of their launch price over a decade in nominal dollars, more in real (inflation-adjusted) terms. The newer the body, the closer to launch price it trades, partly because there's been less time to depreciate, partly because current production sets a price ceiling that pulls used prices up. The M10 and M11 generations have held value better than the M9 and M240 did at the same age, which is encouraging for current buyers but isn't a guarantee of future behavior.
The two exceptions, the M9-P and the M-D (Typ 262), both deviate from the curve for the same reason: small production, collector appeal, and a deliberate cosmetic or functional identity that makes them less interchangeable with newer bodies. They behave more like the film Ms than like consumer electronics. Most digital Ms don't get that treatment.
The Q line is younger than the M line and there are only three generations to look at, but the pattern is consistent.
The Q line has held value better than the M line across the first decade, probably for two reasons: the production volumes are smaller per generation, and the Q's fixed-lens design means the body and lens depreciate together rather than the body depreciating against a stable-value lens kit. The Q's resale is the whole Q's resale; you can't separate a deteriorating body from a holding-value lens the way you can with an M kit.
Even so, the original Q (Typ 116) has shed about a third of its launch price in eleven years. The trend likely continues: a Q2 bought in 2019 will probably trade at $3,500-ish by 2030, in line with where the Q (Typ 116) sits today. Buyers paying $5,000-plus for a current Q3 should plan for similar depreciation, particularly as the next Q generation arrives.
This is where the story gets more interesting. M-mount ASPH lenses (the generation Leica started producing in the late 1990s and continues to refresh today) are the closest thing in the digital-Leica ecosystem to an appreciating asset. They aren't fully appreciating (current-production glass loses value off retail in the first few years like everything else), but they depreciate much less than the bodies they get mounted on, and once they reach used-market equilibrium they hold remarkably steady.
Current typical prices from the sister project LenScraper, active listings as of June 2026:
The pattern across the M-mount ASPH range: used pricing typically lands 20–30% below new retail and stays there. A lens bought new in 2010 trades for similar money to a lens bought new in 2024, because both have settled into the same used-market band and Leica's incremental design updates haven't been dramatic enough to create big generational gaps. Compare to a digital body, where a 2010 M9 trades at less than half the price of a 2024 M11.
Why do lenses hold value better than bodies? Three reasons. First, optics don't get technologically obsolete the way sensors and processors do: a 1997 Summicron-M 35 ASPH still draws files indistinguishable from a 2024 copy, while a 2009 M9 sensor produces meaningfully different output from a 2024 M11 sensor. Second, lenses don't have firmware end-of-life or parts-availability cliffs the way digital bodies do: a clean ASPH lens needs no service support beyond occasional CLA, which any technician can perform indefinitely. Third, lenses are interchangeable across body generations, so demand pools across every M owner from 1954 to 2026 rather than fragmenting by body generation.
That said, "depreciation slower" is not "appreciation." A 35mm Summicron ASPH bought new in 2010 has not gained value in nominal dollars; it's lost some. The slower-depreciation curve means the loss is modest, not absent.
The control group is the film M lineup, where mechanical bodies have actually appreciated over time. Current typical prices:
A film M from any era trades for more nominal dollars today than it cost new. A digital M from any era except the very newest trades for fewer nominal dollars today than it cost new. That gap is the whole story: the mechanical Ms have a service support model that extends indefinitely, so their value floor is "any working M3 is worth two thousand dollars to someone." The digital Ms have a service support model that sunsets at some point, so their value floor is "any working M9 is worth a few thousand dollars to someone who specifically wants the M9 look and is willing to accept the sensor risk."
The film bodies have not exactly outpaced inflation, and most have lagged it modestly, but they've come close, and they've vastly outperformed the digital bodies over comparable periods. That's not an artifact of nostalgia; it's a structural difference in how the two categories age.
Honest answer: not very much, but some things are closer than others.
What is decidedly not an investment:
The case for buying a digital Leica isn't financial. It hasn't been since the M9 launched in 2009, and the data suggests it isn't going to become financial anytime soon. The trend likely continues in roughly the shape the past decade has established: 40–60% nominal depreciation on a digital body over its first ten years, ~20–30% used-market markdown on a current-production lens that then holds, and a slow erosion against inflation across both categories.
The case for buying a digital Leica is photographic. The rangefinder shooting experience is genuinely different from anything else on the market; the build quality is genuine even if it costs more in absolute dollars than it returns in resale; the lenses draw files that look like Leica files and not like Sony or Nikon files; and for a particular kind of photographer the M is the only camera that disappears in the hand correctly. None of that shows up on a depreciation table.
The right way to think about a digital Leica purchase is the same way you'd think about a serious car or a high-end watch: most of what you pay is the cost of using the object for some finite period. Some of it (especially the lenses) is recoverable on resale. Some of it isn't. The decision is whether the using is worth the unrecoverable portion, not whether the asset will hold value.
The mechanical Ms (M3, M2, M4, M6, MP, M-A) are the actual investment Leicas, and they always were. They've held nominal value across seventy years, can be serviced indefinitely, and produce files (via film) that don't have an obsolescence curve. The digital Ms are the photographic Leicas: the cameras you buy because you want to shoot a Leica today, with the convenience of a digital workflow, knowing the financial math doesn't work and shooting anyway.
Browse current M9, M (Typ 240), M10, M11, M-D (Typ 262), Q (Typ 116), Q2, and Q3 listings on UsedCameraTracker, and compare against the film M3, M6, and MP prices to see the depreciation gap in real numbers.