Depth of field: RED V-Raptor 8K VV

The RED V-Raptor 8K VV uses a Vista Vision 8K sensor at 40.96 × 21.6 mm — which fixes the circle of confusion at 0.041 mm, and from that every depth-of-field number on this page. Example: 50 mm at T2.8 focused at 2 m gives 0.36 m of usable depth (1.84 m to 2.20 m). The calculator above is preset to the RED V-Raptor 8K VV.

Depth of Field Calculator

Near limit
Far limit
Total depth
Hyperfocal
FoV / frame width

Circle of confusion per camera derives from sensor width (d/1000 convention). Camera list: nominal manufacturer specs.

Hyperfocal distance on the RED V-Raptor 8K VV

The table is exact for this sensor: the same focal length and stop give different numbers on a camera with a different sensor size — depth of field is a sensor property, not a lens property.

Hyperfocal distance in metres — RED V-Raptor 8K VV, CoC 0.041 mm
Focal lengthT1.4T2T2.8T4T5.6
18 mm5.74.02.82.01.4
25 mm10.97.65.53.82.7
35 mm21.415.010.77.55.4
50 mm43.630.521.815.310.9
85 mm126.088.263.044.131.6

Depth of field at interview distance (2 m)

The interview question in numbers: how much room does the subject have in front of the RED V-Raptor 8K VV before drifting out of focus?

Usable depth at 2 m focus distance — RED V-Raptor 8K VV
Focal lengthT1.4T2T2.8T4T5.6
35 mm0.37 m0.54 m0.76 m1.13 m1.70 m
50 mm0.18 m0.26 m0.36 m0.52 m0.74 m
85 mm0.06 m0.09 m0.12 m0.17 m0.24 m

Working with it on set

Recording at 8192 × 4320, large-screen 4K delivery judges focus more harshly than the table: for critical work, halve the circle of confusion mentally — the 0.36 m at 50 mm/T2.8/2 m becomes half that. The table follows the classical cinema convention.

In pre-production the number belongs in the shot list: a shot planned at T1.4 on 85 mm needs a focus puller and time — both of which belong in the schedule before they are missing on set.

Frequently asked

What circle of confusion does the RED V-Raptor 8K VV use?

0.041 mm — following the usual sensor-width ÷ 1000 convention (40.96 mm ÷ 1000, rounded). Every table on this page uses it.

Do the numbers hold for any lens?

Yes — depth of field depends on focal length, stop, distance and sensor, not the lens model. What differs between lenses is bokeh (how the blur looks), not where it starts.