How to Photograph the Moon with DSLR | Sharp Lunar Shots

The moon looks deceptively easy to shoot — until you zoom in and get a blurry white blob instead of crater detail. The problem is almost never the camera. It’s technique. The moon is a bright moving subject against a dark sky, and consumer camera automation flubs it every time.

If you’re looking for which camera body or lens to buy first, our camera for moon photography roundup breaks down the models that get this job done at every budget.

Essential Gear for DSLR Moon Photography

You don’t need an expensive observatory setup.

• DSLR or mirrorless camera with full Manual (M) mode and Live View.
• Telephoto lens — at least 200mm equivalent focal length. 300mm or more captures far better crater detail.
• Sturdy tripod with a ball head or pan head. A flimsy tripod negates every other setup choice.
• Remote shutter release or camera timer (2–10 seconds). Without it, your finger pressing the shutter introduces shake.

Shoot in RAW for maximum editing flexibility. Turn Image Stabilization off when the camera is on a tripod — the system can misdetect stability and introduce blur.

Camera Settings That Work: The Looney 11 Rule

Apply these settings in Manual (M) mode, then adjust based on the moon’s phase and your conditions.

• Metering: Spot Metering on the brightest part of the moon’s surface. Set exposure compensation to –1 or –2 EV to avoid blowing out highlights.
• Aperture: f/11. For slightly sharper crater detail, try f/16. If hand-holding (not recommended), f/8–f/9 lets faster shutter speeds.
• ISO: 100 (your camera’s base ISO). For a crescent or quarter moon, 100–400 works; stay at 100–200 for a gibbous moon.
• Shutter speed: Start at 1/100 second. Increase to 1/125–1/250 second to freeze the moon’s motion. Do not go below 1/60.
• White Balance: Daylight. If shooting RAW, adjust color temperature in post instead.

Mirror slap is a real source of blur on DSLRs. Enable Mirror Up mode (or Electronic Front Curtain Shutter on mirrorless cameras) and use the 2–10 second timer. This sequence eliminates two vibration sources at once.

Focusing on the Moon: Manual Focus with Live View

• Switch the lens to Manual Focus (MF).
• Turn on Live View and zoom to 10x magnification.
• Use the sharp edge of a crater as your focus target. Turn the focus ring until that edge is crisp.
• Take a test shot at 10x zoom, check the result, and adjust. Once set, leave the focus ring alone.

Common mistake: focusing on the moon’s bright edge rather than a crater boundary. The edge looks sharp even when slightly out of focus; crater detail does not. Use Nikon’s moon photography guide for more on this technique.

Frequently Overlooked Details That Kill Moon Photos

Check these before you fire the shutter:

• Image Stabilization off. On a tripod, leave it off. Tripod-mounted stabilization can produce micro-blur.
• Wide aperture avoided. Shooting at f/2.8 introduces chromatic aberration — purple halos around the moon’s edge. Stay at f/11 or smaller.
• Lens at least 200mm. Below 200mm, the moon is too small in the frame. Crop hard and you lose detail.
• Auto ISO off. Auto ISO ramps up in dark scenes and introduces noise. Keep it pinned to 100.
• Bracket exposures. Take three shots at different exposures (e.g., 1/100, 1/200, 1/50). You can merge them later for optimal surface detail.

Common Moon Photography Mistakes (And Their Fixes)

FAQs

What is the best shutter speed for a sharp moon photo?

Start at 1/100 second, then increase to 1/125–1/250 second to freeze the moon’s orbital motion. Slower than 1/60 seconds introduces motion blur, even on a tripod.

Can I photograph the moon with a standard kit lens?

A kit lens typically reaches only 55–70mm, which makes the moon very small in the frame. You can try, but you’ll lose crater detail. A lens of at least 200mm is recommended for usable results.

Why is my moon photo overexposed even at f/11?

Your camera’s meter is reading the dark sky, not the bright moon. Switch to Spot Metering, target the moon’s surface, and dial exposure compensation to –1 or –2 EV. Underexposing slightly preserves crater detail.