Meopta Meogon 80/2.8 [V3]

Final version of this multicoated Czech Biometar/Xenotar enlarger lens has MEOGON in upper case on flatter fascia and stippled aperture ring. Meopta recommends optimal performance at f5.6. [Cat 392.821.110.371]

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Weight 156 g
Dimensions 80 mm
Focal Length (mm)

80

Max Aperture (f)

2.8

Min Aperture (f)

22

Aperture Type

Curved 5

Elements

5 / 4

Sharp (Far)

80.3%

Rear Mount

M39

Front Thread

39×0.75mm

Flange-Focal Distance (mm)

66

Extension (mm)

46

Serial Numbers

01090, 9398, 9947

Bokeh Character

Edgy at f2.8. Good at f4; Some CA.

Contrast

High Near / Medium Far

Colour

8

Focus Shift

None

Flare

7

Stars

6

Reviews

  1. 16:9

    Although its place among the very best enlarger lenses has been questioned, I’m among those who support its claim to greatness, and have no hesitation awarding it Gold for sharpness, at least. The version reviewed here is [V3], in production throughout the late 80s and 90s. Meopta undertook a complete revision of the lens body in around 1987. It’s not yet known whether the optical formula or coatings were altered at the same time.

    Meopta’s recommendation that this lens be used at f5.6 is no joke. Used as an enlarger lens, operating at a wider aperture offered potential benefits but however it’s used, this lens is a scalpel: depth of field seems operationally ‘thinner’ than most lenses at the same aperture. Performance at f2.8 is pretty woeful, technically, with rampant spherical aberration. It’s well off the boil by f8, too – a little softer than the Meogon 80/4 at this aperture. And performance falls apart surprisingly rapidly at longer working distances – again the slower Meogons (the modern f4 and the f8 zebra) outperform it here. Approaching 1:1, performance takes a hit, too. But, at f4-f5.6, at working distances from 25-250cm, you are rewarded by sharpness that no Apo-Rodagon, and only one Apo-Componon can match. By a small measure, it is the sharpest enlarging lens we’ve ever tested – if we’re talking about near-field, across-the-frame average at its aperture sweet spot.

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