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North American Lunar Eclipse Scheduled for Thursday and Friday

A lunar eclipse will be visible across North America this Thursday and Friday, with peak viewing times varying by time zone.

Published August 26, 2026 at 10:24 AM EDT

The short answer

A lunar eclipse will be visible across North America this Thursday and Friday, with peak viewing times varying by time zone. A lunar eclipse, characterized by the moon taking on a reddish tint known as a "blood moon," will occur this Thursday night through early Friday morning.

North American Lunar Eclipse Scheduled for Thursday and Friday

The Facts

Who
Nexstar chief meteorologist Brian James
What
Lunar eclipse (blood moon)
When
Thursday night, August 27, and Friday morning, August 28, 2026
Where
North America, including the continental U.S., Alaska, and Hawaii
Why
The moon will pass through Earth's shadow, turning a reddish color.

Timeline of what happened

Key dates and decisions, in the order they occurred.

  1. August 27, 2026

    Eclipse maximum in Central, Mountain, and Pacific time zones

  2. August 28, 2026

    Eclipse maximum in Eastern time zone

A lunar eclipse, characterized by the moon taking on a reddish tint known as a "blood moon," will occur this Thursday night through early Friday morning. The event will be visible across all of North America, though the quality of the view will vary depending on geographic location and time zone.

The phenomenon is caused by the moon moving through the Earth's shadow. Brian James, chief meteorologist for Nexstar, explained that viewers west of the continental divide will see the eclipse begin at moonrise, whereas those in other regions will see it when the moon is higher in the sky. Unlike solar eclipses, this lunar event does not require special glasses for safe viewing.

For viewers in the Eastern Daylight Time zone, the eclipse will reach its maximum at 12:12 a.m. on Friday, Aug. 28. In the Central Daylight Time zone, maximum occurs at 11:12 p.m. on Thursday, Aug. 27. Those in Mountain Daylight Time will see the peak at 10:12 p.m. on Thursday, while Pacific Daylight Time viewers will see it at 9:12 p.m.

The scale of the event reaches every household in North America, though the concrete experience for an individual viewer will be heavily dependent on local weather conditions. Environmental factors such as cloud cover or smoke from active wildfires could entirely obscure the moon, preventing residents in affected areas from seeing the transition. In Alaska and Hawaii, the sun may not be fully set when the eclipse reaches its maximum, potentially limiting the visibility of the reddish tint until the later stages of the event.

While the eclipse itself has no direct impact on utility bills, taxes, or legal rights, it serves as a widespread natural event for students, hobbyists, and the general public. There are no reported knock-on effects for government policy or infrastructure. Following the peak times on Thursday and Friday, the moon will move out of the Earth's shadow, returning to its standard appearance by Friday morning. The next steps for interested observers are to monitor local weather forecasts for visibility updates leading into Thursday night.

Summaries are written by The Plain Record to state the facts of a story plainly and without political slant. See our editorial standards, or report a correction.

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Questions readers ask

What happened: North American Lunar Eclipse Scheduled for Thursday and Friday?

A lunar eclipse, characterized by the moon taking on a reddish tint known as a "blood moon," will occur this Thursday night through early Friday morning. The event will be visible across all of North America, though the quality of the view will vary depending on geographic location and time zone.

Who is involved?

Nexstar chief meteorologist Brian James

When did this happen?

Thursday night, August 27, and Friday morning, August 28, 2026

Where did this happen?

North America, including the continental U.S., Alaska, and Hawaii

Why does this matter?

The moon will pass through Earth's shadow, turning a reddish color.