How Much Is a Used Leica CL Worth? (2026 Price Guide)
Live data, refreshed daily. Last updated . Reviewed by Ked, a Leica M shooter (film and digital).
Is the price right? A quick buy-guide for the Leica CL
A quick gut-check for any listing below — condition and accessories shift the line, so always read the listing.
Current Leica CL Used Price in 2026
As of July 28, 2026: The fair range for a used Leica CL — where the middle half of listings sit — is $691–$1,324, around an asking median of $854. Confirmed sale prices are still thin for this model. The fair range (middle 50% of asking prices) is $691–$1,324; rare finishes and special editions push the full span far wider. The cheapest active listing right now is $323 (MPB EU).
Market pace44 listed now · half are gone within 15 days, a steady-moving used market.
The Leica CL is the compact M-mount rangefinder Leitz introduced in 1973, developed with Minolta and built in Osaka, with around 65,000 made through 1976. It fits a Leica M bayonet, a vertical-running cloth shutter from 1/2 to 1/1000 second, and a through-the-lens CdS meter on a swinging arm into a body far smaller and lighter than any M. It launched with two dedicated lenses, the 40mm f/2 Summicron-C and the 90mm f/4 Elmar-C, and its 0.60x finder carries 40mm, 50mm, and 90mm framelines, with the 40mm frame always shown and the 50mm or 90mm frame switched in by the lens you mount. Today the CL is the most affordable way into a genuine Leitz-designed M-mount rangefinder, though its short rangefinder base and swing-arm meter bring a few lens and battery caveats.
Leica CL Price by Region
Excludes special editions, collectables, bundles, and call-for-price listings.
| Region | Listings | Low | High | Avg |
|---|---|---|---|---|
| Europe | 21 | $323 | $75,042 | $4,403 |
| Japan | 11 | $535 | $5,219 | $1,470 |
| United Kingdom | 6 | $666 | $2,726 | $1,348 |
| North America | 5 | $725 | $883 | $798 |
| Hong Kong | 1 | $1,319 | $1,319 | $1,319 |
Leica CL Special Editions
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Frequently Asked Questions
Can a used Leica CL still be serviced?
Usually yes. Leica services many current and recent models, and independent specialists handle older and discontinued bodies, including the clean-lube-adjust (CLA) that vintage cameras often need. Parts can be limited on older or electronic models, so budget for a possible service and factor a CLA into the price on a body that has not been serviced recently.
Is the Leica CL a real Leica or a Minolta?
Both, in a way. The CL was designed by Leitz and carries the Leica M bayonet and Leitz optics, but it was built for Leitz by Minolta at a factory in Osaka, and a near-identical version sold in Japan as the Leitz Minolta CL. It is a genuine Leitz product rather than a rebadged Minolta, and it takes the same M-mount lenses as any M. The same collaboration later produced the Minolta-only CLE in 1980.
Which lenses work on a Leica CL, and which should I avoid?
The CL takes Leica M-mount lenses, and its finder has framelines for 40mm, 50mm, and 90mm. The 40mm f/2 Summicron-C and 90mm f/4 Elmar-C were made for it, and most rigid standard M lenses are fine. The catch is the swinging meter arm just behind the lens: deep-protruding lenses such as the 15mm Hologon, the 21mm Super-Angulon, and early 28mm Elmarits can foul or damage the arm and should be kept off the body, the 50mm Dual-Range Summicron does not fit, and collapsible lenses must never be fully collapsed while mounted. The short 18.9mm effective rangefinder base also makes fast lenses harder to focus precisely, so the CL is happiest with moderate-aperture glass.
What battery does the Leica CL use, and does the meter still work?
The CL's meter was designed for the 1.35V PX625 mercury cell, which is now banned and out of production. A working body needs a substitute: a zinc-air Wein cell (MRB-625) that matches the 1.35V discharge curve, or an MR-9 adapter that steps a 1.55V silver-oxide cell down to 1.35V. Dropping in a raw 1.5V or 1.55V cell instead leaves the meter above the 1.35V it was calibrated for, so a CdS meter reads the scene as brighter than it is and underexposes. A silver-oxide cell at least holds a steady voltage, so that error is consistent and can be dialed out with exposure compensation, while an alkaline cell is worse, since its voltage sags as it drains and the error shifts over the cell's life. The shutter is mechanical and fires at every speed with a dead battery, but the meter does not, and many used CLs have a meter that is dead, sticky, or out of calibration, so confirm it responds and tracks before paying a working-meter price.
