Why does my V-Log footage look flat and washed out?

V-Log is a logarithmic encoding that packs the sensor's full dynamic range into a gradable file, and it records in V-Gamut, a color space wider than your Rec.709 monitor. Until both the curve and the gamut are converted, everything renders low-contrast and slightly desaturated. The footage is fine; it has not been translated for your display yet.

Do GH-series and S-series V-Log grade the same way?

The GH line records V-Log L (a reduced-range variant) while the S line records full V-Log, but both use the same curve shape and V-Gamut primaries, so the same conversion and correction order applies. The practical difference is headroom: full V-Log holds more highlight range before clipping.

Can V-Log correction be automated?

The corrective half (profile detection, the V-Gamut conversion, white balance, exposure, cross-camera matching) is objective and measurable, which makes it automatable. Basecut runs that loop locally on your machine and hands per-clip grades to DaVinci Resolve, so you start at the creative part.

Can I correct a whole event's V-Log footage at once?

Yes. Basecut detects V-Log per clip, applies the full curve-and-V-Gamut conversion, and matches color across cameras, so a card dump from a multi-body shoot gets corrected in one pass instead of clip by clip.

Does it handle a mix of GH and S-series bodies in the same shoot?

Yes. GH-line V-Log L and S-line V-Log are detected and converted separately per clip, then matched to a shared baseline, so mixing bodies does not mean sorting footage by camera first.

Panasonic V-Log color correction: V-Gamut to Rec.709 done right

Lumix shooters get one of the nicest log curves in the prosumer world, and one of the most commonly half-converted. Most washed-out V-Log complaints trace to the same mistake: converting the curve and skipping the gamut. Here is the whole picture.

V-Log is two conversions, not one

Like every log format, V-Log flattens the sensor's dynamic range into a gradable file, so straight off the card it looks low-contrast. But Panasonic also records in V-Gamut, a color space substantially wider than Rec.709. A conversion that handles only the curve leaves colors sitting in the wrong primaries: greens lean dull, saturated content never quite lands, and pushing saturation to compensate breaks skin. The correct transform does both legs: V-Log curve to display gamma and V-Gamut to Rec.709 primaries.

Expose for the shadows you want to keep

V-Log places middle gray low, and Lumix sensors reward generous exposure: a stop over the meter is a common working habit, then bring it down in the grade. Shadows that record near the noise floor stay noisy through any correction; highlights in log usually have room to spare. Check with the waveform, not the flat preview.

The correction order that works

1. White balance first, on a gray reference or the vectorscope, while the image is still flat.

2. Convert properly. In Resolve, a Color Space Transform node set to Panasonic V-Gamut / V-Log in, Rec.709 / Gamma 2.4 out, does both legs. A bare "V-Log to Rec.709" LUT may or may not include the gamut step; check what yours claims before trusting it.

3. Set exposure with scopes. Bring your over-exposed footage down until skin sits around 60 to 70 IRE and nothing clips.

4. Match, then look. Multi-cam shoots (a GH body on the gimbal, an S body on sticks) need matching to one neutral baseline before any creative grade, or one LUT produces two different-looking cameras.

V-Log on the gimbal or the second body at a wedding

Lumix bodies show up at weddings as the gimbal rig for reception walk-ins or the second shooter's camera next to a Sony or Canon A-cam, and V-Log needs both a curve conversion and a V-Gamut mapping before it matches anything else in the timeline. Skip the gamut step across a few hundred clips and greens go dull through the whole reception, not just one shot you happened to check. GH and S-series bodies also record different V-Log variants, so a multi-body wedding kit is really a two-profile correction job. Basecut detects V-Log per clip, applies both legs of the conversion, and matches the Lumix footage to your other cameras across the whole shoot. The honest limit: gimbal move quality is still on the operator, correction cannot smooth a shaky glide.

See the wedding culling guide for the pass structure, and how Basecut hands off a graded Resolve project overnight for how the whole overnight workflow fits together.

The GH vs S wrinkle

GH-line bodies record V-Log L, a reduced-range variant; the S line records full V-Log. Same curve family, same V-Gamut, same workflow, but full V-Log holds more highlight range. If you cut both in one timeline, treat them as two cameras to match, not one.

Or let the boring half run itself

Everything above is measurement, not taste, which is why Basecut automates it: it detects V-Log per clip, applies the full conversion (curve and V-Gamut both, using Panasonic's published primaries), runs a closed-loop white balance and exposure pass, and hands per-clip grades to DaVinci Resolve, all locally on your machine. The 14-day trial (5 free exports, no card) covers a whole shoot. See it on real footage.

Cutting in Premiere Pro or Final Cut Pro? Each has its own steps for Panasonic's LUT: Panasonic V-Log to Rec.709 in Premiere Pro and Panasonic V-Log to Rec.709 in Final Cut Pro.

More guides

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