A venus moon eclipse will play out on Wednesday, June 17, 2026, when the crescent moon passes directly in front of Venus for around an hour. The daylight event will be visible across the contiguous U.S. and much of Canada, giving observers a rare chance to watch Venus disappear and return in the afternoon sky.
Dr. Tony Phillips said the best way to see it is to stand in the shadow of a building and scan the blue sky with binoculars. He advised: "go outside under the blue sky and stand in the shadow of a building. Scan the blue sky with binoculars until you find the moon's pale crescent."
June 17 Sky Over North America
The occultation will be visible in the U.S. and Canada, and also in Brazil and Venezuela, according to In-The-Sky.org. In the U.S., viewers on the East Coast should look around 4:00 p.m. EDT, while the West Coast view is around 11:40 a.m. PDT.
The moon will be just 11%-lit and about 38 degrees from the sun at the time of the event. Venus will disappear behind the moon’s dark edge and reappear roughly an hour later. That makes this the first visible daytime occultation of Venus over the U.S. in 11 years.
Phillips And King On Viewing
The practical advice is simple: keep optical gear pointed away from the sun. Pointing binoculars, telescopes, or other optical equipment near the sun can cause immediate and permanent eye damage.
Bob King offered another way to find the target, saying: "Find the moon and look just to its left for a spark of white light glimmering against the blue sky."
After Sunset In The West
After sunset on June 17, the crescent moon, Venus, Jupiter, and Mercury will be visible in the west. The Beehive Cluster will appear behind the moon through binoculars after sunset, and the Virtual Telescope Project offers a livestream of the post-sunset display.
For readers trying to catch the occultation itself, the key move is to use the moon as the starting point, not the sun. The event lasts about an hour, but the best viewing window depends on where observers are standing and whether they can locate the pale crescent against the daytime sky.
