24-105mm f/4 DG OS HSM Art

24-105mm
f/4.0
Zoom
Stabilized
885 g
Min focus 0.45 m

Quick answer

A stabilized 24-105mm f/4 Art zoom for full-frame DSLRs. It weighs about 885 g, takes 82mm filters and has HSM focusing.

Pros

Constant f/4
Optical stabilization
Wide 24-105mm range
Sharp for a zoom

Cons

Heavier than rivals
f/4 is not fast

Verdict

A well-regarded walk-around zoom for DSLR users.

About this lens

Sigma 24-105mm f/4 DG OS HSM Art: a full-frame standard zoom lens with a 24-105mm focal length and a maximum aperture of f/4, made for Nikon F mount cameras, from the Sigma Art line with Optical Stabilizer and Hyper Sonic Motor autofocus. The range covers everything from wide scenes to portraits, so it works as a general-purpose lens.

Sigma 24-105mm f/4 DG OS HSM Art specifications

Brand: Sigma
Mount: Nikon F
Focal length: 24-105mm
Maximum aperture: f/4.0
Lens type: Zoom
Format coverage: full-frame
Optical construction: 19 elements in 14 groups
Aperture blades: 9
Image stabilization: Yes
Autofocus motor: HSM
Minimum focus distance: 0.45 m
Maximum magnification: 0.22x
Filter thread: 82 mm
Weight: 885 g
Length: 109.4 mm
Diameter: 88.6 mm

Specification source: sigmaphoto.com

What can you shoot with the Sigma 24-105mm f/4 DG OS HSM Art?

Travel and landscapes
General full-frame use
Video

Its moderate maximum aperture works best in good light or with a higher ISO.

Full-frame equivalent and field of view

Calculated from the focal length and crop factor. Not measured.

Sensor	Crop	Equivalent	Horizontal FOV	Diagonal FOV
Full frame	1.0x	24–105mm	19.5–73.7°	23.3–84.1°
APS-C	1.5x	36–158mm	13–53.1°	15.6–62°

Try the field-of-view calculator

Frequently asked questions

Does the Sigma 24-105mm f/4 DG OS HSM Art have stabilization?

Yes. It has optical stabilization, useful for travel and video.

What filter size does it use?

It uses a 82mm thread. If your other lenses use a different size, step-up rings let you share filters.

How close can it focus?

Minimum focus is 0.45 m, with a maximum magnification of 0.22x. The distance is measured from the sensor plane, so the working distance in front of the lens is shorter.