Bold statement: The night sky will stage one of the year’s most striking celestial events, a total lunar eclipse that turns the moon a dramatic coppery red. But here’s where it gets controversial: not every viewer will catch the full spectacle if they’re not prepared or in the right place. This guide gives you 7 straightforward tips to photograph the “blood moon” tonight, ensuring you capture (and cherish) the moment in all its beauty.
In the early hours of March 3, 2026, stargazers across the United States will be treated to a total lunar eclipse—the only one visible this year and the lone show until the end of 2028. During this event, the full moon passes into Earth’s shadow and glows with a rich, coppery red hue for roughly an hour. It’s a striking and accessible astronomical occurrence—one that anyone can photograph with a bit of planning.
You don’t need high-end equipment to capture a lunar eclipse. The key is preparation: knowing when it happens, where to look, and how to adapt your camera or phone to the changing light. Whether you’re shooting with a smartphone or constructing a telephoto setup, the essentials are timing, positioning, and focus. Check the sky, ready your camera settings, and make this early-morning moment one worth remembering.
1) Pin down the exact time and schedule for your location
The year’s only total lunar eclipse—and the final one until late 2028 or early 2029—occurs at precise global times: 08:44 and 14:22 GMT on Tuesday, March 3. It will be best viewed from western North America, the Pacific coast, New Zealand, Australia, and East Asia. The totality phase, when the moon turns fully reddish, occurs at the following local times:
- Eastern time: 6:04–7:02 a.m. EST on March 3, 2026 (the moon will set during totality in the Eastern zone)
- Central time: 5:04–6:02 a.m. CST on March 3, 2026
- Mountain time: 4:04–5:02 a.m. MST on March 3, 2026
- Pacific time: 3:04–4:02 a.m. PST on March 3, 2026
- Alaska time: 2:04–3:02 a.m. AKST on March 3, 2026
- Hawaii time: 1:04–2:02 a.m. HST on March 3, 2026
While totality is the headline act, you’ll also witness partial and penumbral phases surrounding it, extending the event to more than five hours in total. For your location’s specific schedule and the moon’s sky position, consult a tongue-in-cheek calendar like Time and Date to plan your shot precisely.
2) Head west for optimal viewing
Views improve the farther west you travel: eastern observers will see the moon set during totality, which can be disappointing. The West Coast generally offers the best chances, with the Midwest trailing behind. For example, even in the western U.S., totality will occur with the moon near the western horizon, so a spot with a clear west-facing view is crucial. If you can, scout your location a few days ahead and seek elevated vantage points and open spaces to minimize obstructions.
3) Check the forecast first, then monitor the weather
Cloud cover is the prime enemy of eclipse photography. Looking at historical cloud data, the southwestern U.S. often yields the clearest skies, making Arizona and California attractive options. However, forecasts are essential in the days ahead; use real-time weather tools to track cloud cover as the event approaches. If possible, have a portable vehicle to relocate if the forecast deteriorates.
4) Practice focusing on the Moon before the event
If you haven’t photographed the Moon before, read up on Moon photography basics and practice in advance. When using a long lens (approximately 200–600mm), try autofocus on the Moon but also test manual focus via live view at high magnification. Make precise adjustments and consider marking the focus point on your lens. For wider-angle shots, you may rely on the infinity setting, but aim for sharp focus on the lunar disk. Blurry totality shots are a common frustration, so practice helps.
With the bright Moon following the first-quarter phase on February 24, you’ll see it prominent in the southern and southeastern skies after sunset on successive evenings leading to the eclipse. It will brighten each night, so use clear skies to sharpen your technique.
5) Adapt exposure as the eclipse unfolds
As the Moon enters Earth’s outer penumbral shadow, it fades slightly but remains grey, before plunging into the darker inner shadow (the umbra) and turning red. For close-up eclipse shots, expect to start around ISO 400 with the lens near its widest aperture and experiment with shutter speeds in five-second steps. You might begin at fast speeds like 1/250 s with aperture around f/8–f/11 at ISO 400 as the eclipse begins, then move to longer exposures, around 1–2 seconds, with aperture near f/2.8 and ISO between 800–1600 at totality. Continuous adjustment throughout totality is key, and bracketing with exposures of 0.5, 1, and 2 seconds at the same settings can help protect detail across the scene.
6) Make the most of a smartphone
Smartphones capture wide-angle views surprisingly well, but avoid zooming in on the Moon itself. Instead, frame it reflected in a lake, or perched above landscapes or buildings. Stabilization helps—use a small tripod with a phone holder, or improvise with a sturdy desk or rock if needed. A timed exposure reduces motion blur, and shooting in RAW (where available) preserves more detail for post-processing.
7) Other practical tips
Dress warmly, always use a sturdy tripod, recharge batteries or bring portable power, carry spare memory cards, and use a trusted shutter-release method. Consider enabling Long Exposure Noise Reduction and, crucially, place the Moon’s image in a corner of your viewfinder so it doesn’t drift out of frame during the exposure. For North America, the Moon will travel from top-left to bottom-right during the eclipse, approaching the western horizon.
A total lunar eclipse—lasting nearly an hour—offers a more relaxed photography experience than a total solar eclipse. Still, allow brief pauses between shots to appreciate the spectacle. The March 3, 2026 blood moon is a rare treat, as another trio of total lunar eclipses will not appear until late 2028, so be sure to enjoy the moment.
About the author: Jamie is a seasoned science and travel journalist with a passion for stargazing, eclipses, the Northern Lights, and astrophotography. He edits WhenIsTheNextEclipse.com and contributes to Forbes, among other roles.
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