Guides · Updated 4 November 2026

Hummingbird photography: shutter speed, lens and crop for hummingbirds in flight

The numbers for photographing a Ruby-throated Hummingbird in flight, worked out from published wingspan, flight-speed and wingbeat figures: why no shutter speed freezes the wingtips, how many pixels the spread wings fill with 400, 600 and 800 mm lenses at 5, 10 and 20 m, and how far away the bird can be for a 2,048-pixel image or an A4 print.

Shutter speed for hummingbirds in flight

From our shutter-speed calculator with its default setup: a Canon EOS R7 (32.5 megapixels) and a 600 mm lens. You pan with the bird (or it hovers), so its body stays put in the frame and the blur that's left comes from the wings, each taken to sweep a 100° stroke at the bird's wingbeat rate, fastest mid-stroke. Blur is counted in the photo's own pixels at 100%: up to 3 pixels is sharp on screen, 1 pixel is pixel-sharp. The camera-still column is for a bird crossing in front of a camera that doesn't move, at its cruising speed.

The camera-still column is for a hummingbird flying across, not hovering; its cruising speed is a rough estimate (sources below). Holding the wingtips pixel-sharp (1 px) with its wings across two thirds of the frame would take about 1/660,000. The wings stop for an instant at the top and bottom of each stroke, but at 53 wingbeats a second even that instant blurs at 1/2000, so no frame in a burst is within 3 px. Stepping back until the wings span a third of the frame halves the blur; crop in afterwards.

Pixels across the wings with 400, 600 and 800 mm

Pixels across the spread wings at 5, 10 and 20 m (closer than our other species guides, because it's so small), from our reach calculator, on a 24-megapixel full-frame Canon EOS R6 Mark II, a 45.7-megapixel full-frame Nikon Z8 and the 32.5-megapixel APS-C Canon EOS R7:

The sum: wingspan × focal length ÷ (distance − focal length) gives the wings' size on the sensor, divided by the pixel pitch (5.98 µm on the R6 Mark II, 4.35 µm on the Z8 and 3.20 µm on the R7). Halve the distance and the pixels roughly double.

How far can you crop?

Most size rules count pixels on the long edge. An image 2,048 pixels wide can come from as little as 35% of the R6 Mark II's 6,000-pixel width, 25% of the Z8's 8,256-pixel width and 30% of the R7's 6,960-pixel width. A landscape A4 print at 300 ppi (29.7 × 21 cm) needs 3,508 × 2,480 pixels: 59% of the width and 62% of the height on the R6 Mark II, 43% of the width and 46% of the height on the Z8 and 51% of the width and 54% of the height on the R7.

Framed the way the reach calculator frames a crop, with the wings across half its width, here is how far away the hummingbird can be and still give you each size, cut from the full-size original with nothing enlarged:

With its wings across a third of the R7's frame (about 8.8 m at 600 mm), a crop with the wings across half its width is 4,567 × 3,045 pixels, a 38.7 × 25.8 cm print at 300 ppi. These distances count pixels only; at long range, heat haze and focus cost detail too. Crop from the full-size original, never from a downsized export, and never enlarge a crop to reach a size (how much you can crop a bird photo).

Try it with your own camera

The shutter-speed calculator opens set to the Ruby-throated Hummingbird, and the reach calculator to its wingspan; change the camera, lens or distance to see your own numbers. Guides for the bodies above: Canon EOS R6 Mark II, Nikon Z8 and Canon EOS R7. To see how a crop looks on one of your own photos, try the free online cropper.

BirdFrame for Mac finds every bird in a folder or Photos album and crops each from the full-size original, thousands at once, so a day of bursts doesn't mean cropping by hand.

Sources

Ruby-throated Hummingbird: wingspan 0.1 m (All About Birds); cruising speed 7.8 m/s (rough est., extrapolated below the mass range of Alerstam et al. 2007); 53 wingbeats a second (All About Birds).

Camera sensor sizes and pixel counts are the makers' published specifications. Every bird is taken to beat its wings through a 100° stroke (est.; 80–130° depending on speed, Park et al. 2001). Values marked est. are estimates.

Questions

What shutter speed freezes a Ruby-throated Hummingbird in flight?

A hovering hummingbird's body barely moves, so the wingtips set the shutter speed, and no shutter speed freezes them. With its wings across two thirds of the frame on a Canon EOS R7 and 600 mm lens (about 4.7 m away), 1/2000 leaves the wingtips about 332 px of blur mid-stroke, and keeping them sharp on screen (3 px) would take about 1/220,000, beyond even the fastest camera shutters. A burst won't rescue it: the wings beat 53 times a second, so even a frame timed on the turn of the stroke blurs the wingtips about 7 px at 1/2000. That's why hummingbird photographers usually freeze the wings with flash: several flashes at low power, so the flash's duration, not the shutter, stops the motion (Audubon, Nikon).

How many pixels does a Ruby-throated Hummingbird fill with a 400, 600 or 800 mm lens?

Across its 0.10 m wingspan at 10 m, on a 24-megapixel full-frame body: 696 px with 400 mm, 1,067 px with 600 mm and 1,453 px with 800 mm. On the 32.5-megapixel Canon EOS R7: 1,300 px with 400 mm, 1,992 px with 600 mm and 2,714 px with 800 mm. Halve the distance and the pixels roughly double.

How far away can a Ruby-throated Hummingbird be for a 2,048-pixel image or an A4 print?

With the wings across half the crop's width, as the reach calculator frames it: with 600 mm on a 24-megapixel full-frame body, up to about 10 m for a 2,048-pixel-wide image and 5.9 m for an A4 print at 300 ppi; on the Canon EOS R7, 18 m and 10 m. Crop from the full-size original and never enlarge a crop to reach a size.