Calculate hyperfocal distance for maximum depth of field in photography - ideal for landscape and architectural photography.
Fill in the fields below and click "Calculate".
The Hyperfocal Distance Calculator is an essential tool for photographers who want to achieve maximum depth of field in their images. By knowing the hyperfocal distance for your specific camera and lens combination, you can ensure that everything from a certain near point to infinity appears sharp in your photographs.
What is the Hyperfocal Distance?
The hyperfocal distance is the closest distance at which a lens can be focused while keeping objects at infinity acceptably sharp. When a lens is focused at the hyperfocal distance, the depth of field extends from half the hyperfocal distance to infinity. This technique is particularly valuable for landscape, architectural, and street photography where you want maximum sharpness throughout the scene.
How to Calculate the Hyperfocal Distance
The hyperfocal distance depends on three factors: the focal length of your lens, the aperture (f-stop) you are using, and the circle of confusion for your camera sensor size. Our calculator handles all the complex mathematics automatically — simply enter your lens focal length, the aperture value, and select your camera sensor size.
Practical Photography Applications
- Landscape photography: Achieve sharpness from foreground to distant mountains
- Street photography: Pre-focus your camera for quick, sharp shots without adjusting focus
- Architectural photography: Keep both near and far elements in sharp focus
- Documentary photography: Shoot quickly in dynamic situations with confidence
Supported Sensor Sizes
Our calculator supports all common camera sensor formats including Full Frame (35mm), APS-C, Micro Four Thirds, and medium format. The circle of confusion values are automatically adjusted for each sensor size to give you accurate results for your specific camera system.
Tips for Using Hyperfocal Distance
Once you know the hyperfocal distance for your camera and lens settings, focus your lens at that distance. Everything from half that distance to infinity will be in acceptable focus. This technique is especially useful in situations where autofocus might struggle, such as low light conditions or when using neutral density filters.
