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How to Replicate the Deep Black & White Panoramics of Josef Koudelka with a Digital Camera
By Jerome D.
A practical guide to gear, shooting technique, and post-production workflow — from the 65:24 Xpan format to the silver gelatin darkroom aesthetic.
There is a darkness in Koudelka's panoramics that no other photographer has quite matched — a blackness so deep it appears to swallow the frame from both edges inward, leaving subjects stranded in a sea of shadow and ancient light. His books on the Holy Land, on industrial ruins, on the organized chaos of human settlement, are visual documents of a unique intensity. This guide is a practical attempt to understand, dissect, and replicate that vision using contemporary digital tools.
1. Understanding Koudelka's Panoramic Vision
Josef Koudelka began his panoramic work in the early 1990s after moving from the 35mm Leica to the Fujifilm TX-1 (marketed in Europe as the Hasselblad XPan), a half-frame 35mm panoramic camera producing a 65×24mm negative. The format is not cinematic widescreen — it is something stranger: too wide for a single vanishing point, too narrow to truly be landscape. It forces a compositional tension that Koudelka exploited to devastating effect.
In books such as Chaos (2000), Wall (2013), and Industry (2017–2021), the signature traits are consistent: extreme contrast with blacks crushed to pure ink, a silver-grain quality even in reproduction, deliberate lens flare and vignetting treated as compositional elements, and subjects — walls, pipelines, ruined structures, lone figures — placed asymmetrically against fields of near-nothingness.
The panoramic frame is not wide — it is lonely. It places the subject in a void from which there is no exit on either side.
Reproducing this digitally requires working at two levels simultaneously: the capture (format, optics, exposure discipline) and the interpretation (the digital darkroom, which must simulate the silver gelatin print's particular tonal character rather than produce a "clean" black and white conversion).
2. Cameras: Choosing the Right Tool for the Panoramic Format
The first decision is the format itself. Koudelka's work lives in the 65:24 aspect ratio — roughly 2.7:1. Digitally, this ratio can be achieved in several ways, each with meaningful differences in rendering quality, dynamic range, and workflow.
Fujifilm GFX Series — The Closest Digital Analogue to Koudelka's Tool
Of all digital systems currently available, the Fujifilm GFX range offers the most direct and authentic path to the Koudelka panoramic aesthetic. The reason is not merely technical: Fujifilm has built a native Xpan crop mode directly into the GFX firmware, accessible through the shooting format selector and labeled 65:24 (Xpan).
When this mode is activated on any GFX body — the GFX 50S II, GFX 100S, GFX 100 II, or GFX 50R — the camera crops the native 4:3 medium format sensor to a 65:24 panoramic frame in real time.
On the 100-megapixel sensors of the GFX 100 II or GFX 100S, the resulting crop still yields approximately 38 to 45 megapixels in Xpan mode — files of enormous quality, with the large pixel pitch and wide dynamic range of medium format. On the 50-megapixel bodies (GFX 50S II, GFX 50R), the Xpan crop delivers around 18–20 megapixels, entirely sufficient for large prints.
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| Fuji GFX 100 II see it on Amazon |
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| Fuji GFX 100 RF see it on Amazon |
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| Fuji GFX 100S see it on Amazon |
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| Fuji GFX 100S II see it on Amazon |
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| Fuji GFX 50S II see it on Amazon |
The GFX rendering also has a quality that aligns with Koudelka's aesthetic: the medium format sensor captures a shallower depth of field curve relative to full frame at equivalent field-of-view, lending a subtle separation between subject and context. Paired with Fujifilm's ACROS Film Simulation mode, the in-camera JPEG preview gives an excellent reference for the final look.
How to activate the Xpan mode: navigate to Shooting Menu → Image Quality Settings → Image Size → 65:24 (Xpan). The EVF and rear screen will show the masked panoramic frame in real time, with darkened edges simulating the film format's composition window — invaluable in the field for Koudelka-style work, where composing within the long narrow rectangle is the primary craft challenge.
The ideal lenses for Koudelka-equivalent work on the GFX system are the GF 23mm f/4 R LM WR (approximately 18mm full-frame equivalent, wide enough to create the spatial immersion of the original XPan 30mm) and the GF 45mm f/2.8 R WR (approximately 36mm full-frame equivalent), which closely matches the slightly longer perspective Koudelka favored within the panoramic frame.
Other Systems Worth Considering
Sony A7R V / A1. The 61 MP A7R V yields a workable Xpan crop (around 22 MP) when manually cropped in post. No native 65:24 mode, but outstanding dynamic range and a strong lens ecosystem. Pair with a 21mm or 24mm lens for the equivalent field of view.
Leica M11 / SL3. The M11 at 60 MP allows a crop to Xpan proportions with excellent resolution. Leica's characteristic micro-contrast aligns well with the silver tonal quality of Koudelka's prints, and the deliberate rangefinder pace suits the subject matter.
Nikon Z8 / Z9. 45 megapixels, excellent dynamic range recovery, and robust weather sealing make this a practical option for Koudelka-style work in harsh industrial environments. No built-in Xpan format — crop in post.
Fujifilm TX-1 / Hasselblad XPan II (film). The original tool. Shooting Kodak T-Max 400 or Ilford HP5 in an XPan II remains the most authentic path — silver grain, optical corner falloff, and all. Nothing digital has fully replicated it.
3. Shooting Mode: Discipline, Exposure, and the Grammar of Shadow
Koudelka is reported to have described his method as "working against the light." His panoramics consistently feature exposures that deliberately sacrifice shadow detail in favor of a luminosity concentrated in a narrow tonal band. This is not a failure of exposure — it is an aesthetic decision.
Recommended settings:
- Format: 65:24 Xpan (GFX native) or manual crop marker set in viewfinder
- Exposure mode: Manual (M) — never auto. Commit to a reading and hold it.
- Metering: Spot meter on the key midtone. Expose for mid-grey and let the blacks fall.
- ISO: 800–3200. Intentional digital noise mimics silver grain. Avoid ISO 100.
- Shutter speed: 1/250–1/1000s for sharp figures. Accept blur at extremities.
- Aperture: f/5.6–f/11 for the spatial depth Koudelka favored. Wide-open apertures isolate unproductively.
- File format: RAW only — JPEG cannot hold the shadow/highlight latitude needed in post.
- Film simulation (Fuji): ACROS+R (red filter) for in-camera JPEG preview reference only.
The compositional grammar of the panoramic frame resists traditional rule-of-thirds thinking. Koudelka typically placed his horizon very low or very high, leaving vast tracts of sky or earth as dark tonal fields. Figures appear at the edges of the frame, not the center. Architecture — walls, fences, pipelines — runs parallel to the long axis, reinforcing both lateral extension and confinement simultaneously.
Work close. The wide-angle lenses required for this format create strong perspective distortion at close range, which Koudelka used to make ordinary objects appear monumental. Do not step back for a clean composition.
Light quality: Koudelka favored overcast light, the hours before and after storms, and the flat winter light of the Middle East and Eastern Europe. The drama comes from the conversion process in post, not from the natural light itself.
4. Post-Production: Building the Koudelka Print in the Digital Darkroom
The digital darkroom is where the Koudelka aesthetic is made or lost. A technically correct black-and-white conversion will produce something handsome and competent. The Koudelka tonal world requires something different: a deliberate remapping of the tonal curve that reproduces the look of a silver gelatin print worked hard in the developer tray.
Step 1 — RAW develop: exposure and shadows. In Lightroom or Capture One, apply a significant underexposure correction (+0.5 to +1.0 EV), then pull Shadows to −70 or lower. Koudelka's blacks are constructed in the print stage by actively pushing shadows toward pure black while recovering a narrow window of midtone information.
Step 2 — The tonal curve. Apply an S-curve with three points: lift the deep shadows (below 30) slightly off pure black to retain a hint of detail, crush the 0–15 range completely, then compress the midtones (70–150) for a slightly milky grey quality. Pull highlights back to avoid paper-white zones. The result mimics a warm-developed fibre-base print with moderate development time.
Step 3 — B&W conversion with red filter simulation. Use the HSL panel or B&W Mix tool rather than simple desaturation. Koudelka used a deep red filter in certain series. Replicate this by raising the Red channel (+30 to +50), pulling down Blue (−30 to −45), and moderating Green (+10 to +15). This darkens skies dramatically, lightens warm stone, and reproduces the red-filter landscape effect that defined his panoramic style.
Step 4 — Grain. In Lightroom: Amount 30–50, Size 40–55, Roughness 60–70. Alternatively, overlay a scanned film grain texture in Photoshop at Luminosity blend mode at 20–35% opacity. The grain must be coarse enough to read at 1:1 zoom but not overwhelming at print size.
Step 5 — Vignetting. Apply strong vignetting: Amount −60 to −90, Midpoint 30–45, Roundness −20 (slightly rectangular), Feather 50–60. The Koudelka panoramic edge is a zone where detail genuinely disappears. It should feel like the light failing, not a decorative border.
Step 6 — Local burning. Use Radial or Graduated Filters to manually darken areas competing with the main subject. In Photoshop, use a Curves adjustment layer with a large soft brush in Multiply mode at 30–50% opacity to burn down any area retaining too much information.
Step 7 — Split tone. Apply a subtle split tone: shadows shifted to a very slight warm brown (Hue 30–40, Saturation 3–6), highlights to a very slight cool silver-grey (Hue 220, Saturation 2–4). The final image should look like it was printed on warm-tone fibre base paper.
Step 8 — Output sharpening. Calibrate for print, not screen: Amount 60–80, Radius 1.2–1.5, Detail 30, Masking at 30–50. For large prints, use Photoshop's Smart Sharpen at 80–100%, Radius 0.8–1.2px. The goal is crispness in the critical focus areas that reinforces the physical reality of the subject without calling attention to itself.
5. Software Recommendations
Adobe Lightroom Classic + Photoshop remains the most capable combination for this workflow. Lightroom handles global RAW interpretation; Photoshop handles pixel-level darkroom interventions.
Capture One offers notably superior rendering of medium format files — particularly GFX RAWs — and its color grading tools give finer control over the HSL-based B&W channel mixing central to the Koudelka conversion.
Silver Efex Pro (Nik Collection / DxO) is the single most efficient tool for silver gelatin simulation. Its "Strong Fine Art" and "High Contrast Silhouette" presets are the closest starting points to the Koudelka rendering before further refinement.
Final Thoughts
Replicating Koudelka's tonal world is not a question of finding the right preset. It is a question of understanding the visual logic that governs his decisions: the preference for darkness as a compositional mass, the panoramic frame as a device for isolation rather than inclusion, the silver print as interpretation rather than faithful record.
The Fujifilm GFX with its native 65:24 Xpan mode is the closest a digital photographer can come to the format logic without committing to film. But the aesthetic — the quality of blackness, the grain, the burned edges — is always constructed after the shutter closes.
Shoot wide. Expose for the midtone. Work the shadows in post. And resist the instinct to show everything the frame contains.