Calcometry

Hyperfocal Distance Calculator

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The focus distance that gives maximum sharpness from half that distance to infinity.

Lens settings

Distance units

Hyperfocal distance

10.47 m

Near-sharp from 5.23 m to infinity

In millimeters
10,467

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Hyperfocal distance

The hyperfocal distance is the focus point that gives you the deepest possible depth of field for a given focal length and aperture: everything from roughly half the hyperfocal distance out to infinity appears acceptably sharp. Landscape photographers often focus at (or near) this distance to keep both foreground and background in focus.

The formula is H = f² / (N × c) + f, where f is the focal length, N is the f-number, and c is the circle of confusion for your sensor size. Smaller apertures (larger f-numbers) and wider lenses both pull the hyperfocal distance closer, making it easier to get everything in focus.

Example: a 50mm lens at f/8 on a full-frame sensor has a hyperfocal distance of about 10.5 meters. Focusing there keeps everything from about 5.2 meters to infinity acceptably sharp — much deeper than focusing on a nearer subject.

Focusing slightly behind the hyperfocal point is a common field shortcut when focus scales are imprecise.

Ultra-wide lenses (14–24mm) have much nearer hyperfocal distances than telephotos at the same f-stop.

Worked example: 50mm f/8 full frame → hyperfocal ≈ 10.5 m; near sharp limit ≈ half that.

Print the hyperfocal chart for your common lenses taped inside a field notebook — phone batteries die on cold summits when you would otherwise reopen this calculator. 50mm f/8 full-frame hyperfocal near 10.5 m is a repeatable landscape preset. Tape hyperfocal charts inside a field notebook — 50 mm f/8 full-frame near 10.5 m is a repeatable preset when phones die on cold hikes.

Infrared-converted cameras may need smaller effective apertures because IR wavelengths focus differently — recalculate hyperfocal when switching a modified body, not just when swapping glass. IR-converted bodies focus differently — recalculate hyperfocal when swapping modified cameras, not only when changing focal length or aperture. Bracket apertures on location when landscape deliverables hinge on the hyperfocal distance you just calculated.

After focusing at hyperfocal for 50mm f/8, acceptable sharpness starts near half that distance (~5.2 m) to infinity — foreground elements closer than 5 m will still blur unless you focus stack or stop down further. Focus at 50 mm f/8 hyperfocal — sharp from ~5.2 m to infinity; foreground closer than 5 m still blurs unless you stop down further.

Common questions

How do I use the hyperfocal distance in the field?

Focus your lens at the hyperfocal distance shown (using a tape measure, a focus scale, or by estimating), and everything from about half that distance to infinity will be acceptably sharp — ideal for landscapes.

Why does a smaller sensor need a shorter hyperfocal distance?

Smaller sensors use a smaller circle of confusion in the formula, which shortens the hyperfocal distance for the same focal length and aperture — one reason compact cameras can achieve deep focus more easily.

Is infinity focus the same as hyperfocal?

Infinity focus keeps far objects sharp but wastes near depth — hyperfocal maximizes near sharpness while still reaching infinity.