How to Photograph the Moon

The moon looks huge and detailed when you stand under it, so it’s a shock the first time it turns up in your photos as a tiny, featureless white dot. Nothing is wrong with your camera. The moon is a difficult subject for two very specific reasons, and once you understand both, the fixes are simple: the right focal length, a surprising exposure, and careful manual focus on a solid tripod. This guide walks through each one in plain terms so your next full moon comes home crisp and full of craters.

Why the moon is so hard to shoot

There are two reasons beginners fail, and they’re worth naming clearly because each has its own fix. The first is size. The moon feels enormous to your eye, but it’s actually small in the frame — at a normal or wide focal length it’s just a speck. To fill any real part of the picture you need a long lens, and that’s the single biggest reason casual moon shots disappoint.

The second reason is brightness. It looks like a soft night light, but the moon is a rock in full, direct sunlight — the same sun that lights your garden at noon. If your camera meters the scene as a dark night, it opens the exposure way up to brighten all that surrounding black sky, and the sunlit moon gets blown out into a flat white disc with no detail at all. So the two problems are reach and exposure, and the rest of this guide is really just how to solve those two things.

Reach: focal length and crop sensors

To get a moon with visible craters, think telephoto. As a rough rule, you want around 300mm and upbefore the moon is big enough to show real texture; longer lenses in the 400mm to 600mm range make it larger and more detailed still. A 70–300mm zoom at its long end is a common entry point, and it genuinely works.

Your camera body matters here too. A crop-sensorbody effectively extends your reach, because it captures a tighter slice of what the lens sees. A 200mm lens on a common crop body frames more like a 300mm-equivalent view, which makes crop cameras quietly great for the moon. If your longest lens feels short, a crop body — or a teleconverter — is one way to close the gap without buying an exotic supertelephoto.

Exposure: the Looney 11 rule

Because the moon is sunlit, there’s a handy daylight-style starting point called the Looney 11 rule. It says: in bright moonlight, set your aperture to f/11, and set your shutter speed to roughly 1 over your ISO. So at ISO 100, start at about 1/100 of a second; at ISO 200, about 1/200. That’s it — a clean, memorable anchor that gets you close on the very first frame instead of guessing in the dark.

Treat it as a launch point, not a rule carved in stone. Take a shot, look at the back of the camera, and adjust to taste — if the craters are washed out, use a faster shutter; if the moon is too dim and murky, slow it down a touch. Atmospheric haze, the moon’s height in the sky, and its phase all shift the ideal exposure slightly, so the Looney 11 numbers put you in the right neighborhood and your eyes do the final tuning.

Metering and manual exposure

The reason a rule like Looney 11 helps so much is that the camera’s automatic metering is fighting you here. Faced with a bright moon in a big black sky, most modes average the scene and badly overexpose the moon. The fix is to take control with manual exposure, where you set aperture, shutter, and ISO yourself. If you’re not used to it, our how to use manual mode guide walks through it, and camera settings explained covers how aperture, shutter, and ISO trade off.

If you’d rather lean on the meter a little, switch it to spot metering so it reads only the small bright moon rather than the whole black frame. And keep your ISO low— base ISO, often 100 or 200 — because a low ISO keeps the image clean and preserves the fine, low-contrast detail in the craters. There’s no need to raise ISO for a subject this bright, and pushing it only adds noise that hides the very texture you’re after.

Focus: go manual on the craters

Autofocus struggles with the moon. It needs contrast and edges to lock onto, and a small bright point floating in black doesn’t give it enough to grip, so the lens hunts endlessly and often settles slightly soft. The dependable answer is manual focus. Switch the lens or camera to manual, turn on magnified live view, and zoom the screen in on the craters or the crisp edge of the moon.

Now turn the focus ring slowly until that detail snaps to its sharpest, then stop. Because the moon is effectively at infinity, that focus point holds for the whole session as long as you don’t bump the ring — you don’t need to refocus between frames. Nailing focus this way is what separates a sharp, textured moon from one that looks a little smudged even when everything else was right.

Tripod and killing camera shake

A long lens magnifies not just the moon but every tiny vibration, so a sturdy tripodisn’t optional here — it’s the foundation of a sharp shot. Handholding a 300mm-plus lens at the shutter speeds the moon calls for will smear away the crater detail you worked to focus on. Our roundup of the best camera tripods covers what to look for in something stable enough for long glass.

Even on a tripod, the act of pressing the shutter shakes the camera, so trip it without touching it: use a remote release or the 2-second self-timerso the camera settles before the frame is taken. One more detail that catches people out — turn off in-body or lens stabilization when you’re on a tripod. With no real motion to correct, stabilization systems can occasionally hunt and add a faint blur of their own, so they’re better switched off once the camera is locked down.

Composition and phases

You have two broad ways to frame the moon. Shoot it low, near the horizon, with a foreground or skyline — a ridgeline, trees, a building — and you get a sense of scale, plus the low moon tends to look larger and warmer in color. Or shoot it high and tight, filling the frame with the disc itself for maximum crater detail. Both are valid; they’re just different pictures.

Phase matters more than most beginners expect. A full moon is lit straight on, which flattens it and hides much of its texture. A half or gibbous moon is lit from the side, and along the terminator— the line dividing light from dark — the low sun angle throws long shadows off every crater and mountain, giving you dramatic, three-dimensional detail. If your goal is texture, the days around a half moon often beat the full moon.

Shoot RAW, and the giant-moon shot

Set the camera to record RAW. A RAW file holds far more tonal information than a JPEG, which gives you room to recover the highlights on the bright limb of the moon and lift the subtle detail in the darker craters when you edit. For a high-contrast subject like this, that latitude is exactly what lets you finish with a clean, detailed result.

Finally, those striking photos of an enormous moon looming behind a person, a building, or a mountain aren’t faked — they use a very long lens from far away. Shooting from a long distance with big focal length compresses the scene, so the distant moon appears huge relative to the foreground subject. It takes planning and space to line up, but it’s the same reach-and-tripod skills from this guide, just aimed at a wider composition. When you’re ready to point that gear at stars and the Milky Way, our astrophotography for beginners guide is the natural next step.

The short version

The moon fails for two reasons: it’s small in the frame, and it’s a sunlit rock your camera wants to overexpose. So reach for a long lens — roughly 300mm and up, and a crop body helps — and take control of exposure. Start from Looney 11: f/11, shutter near 1 over your ISO, low ISO for clean detail, then adjust by eye. Shoot in manual, spot meter if you meter at all, and set focus by hand using magnified live view on the craters. Lock it all on a sturdy tripod, fire with a remote or the 2-second timer, switch stabilization off, and record RAW. Frame it low for scale or high for detail, favor a half or gibbous phase for texture, and the moon that felt impossible will finally look the way it does to your eye.