Early on Tuesday, October 6, 2026, stargazers across North America witnessed a rare lunar occultation as a 20% illuminated waning crescent moon passed directly in front of Jupiter, hiding the giant planet and its four Galilean moons from view for roughly an hour.
The celestial alignment, which won’t happen again for 11 years in North America, transformed the predawn sky into a cosmic stage. According to Astronomy magazine, Jupiter resided in western Leo, shining brightly at magnitude –1.9 and leading the constellation’s brightest star, Regulus, by nearly 10 degrees.
https://x.com/joshstelescope/status/2107524535948058810
The moon rose in the northeast around 2 a.m. in the dawn for Northwest Florida, accompanied by the planet and its four moons just below the lunar crescent. As the moon moved eastward along its orbit by its own apparent diameter every hour, the two bodies grew closer until the occultation began.
Visibility Across North America and Regional Timing Schedules
In mountain states, only the reappearance was visible.
https://x.com/EricTheSpaceCat/status/2107622875784196263
According to the International Occultation Timing Association, the event could be tracked using specific universal times that observers converted to local time by subtracting four hours for Eastern Daylight Time, five for Central Daylight Time, six for Mountain Daylight Time, and seven for Pacific Daylight Time.
| City | Disappearance Time | Reappearance Time |
|---|---|---|
| Chicago | 3:22 a.m. CDT | 4:17 a.m. CDT |
| Atlanta | 4:15 a.m. EDT | 5:17 a.m. EDT |
| Detroit | 4:16 a.m. EDT | 5:20 a.m. EDT |
| Miami | 4:20 a.m. EDT | 5:09 a.m. EDT |
| Washington, D.C. | 4:20 a.m. EDT | 5:24 a.m. EDT |
| Philadelphia | 4:22 a.m. EDT | 5:26 a.m. EDT |
| New York | 4:23 a.m. EDT | 5:27 a.m. EDT |
| Toronto | 4:25 a.m. EDT | 5:22 a.m. EDT |
| Boston | 4:26 a.m. EDT | 5:30 a.m. EDT |
| Montreal | 4:30 a.m. EDT | 5:26 a.m. EDT |
Observers outside the direct occultation path experienced a near miss. Space reported that viewers in those adjacent regions saw the crescent moon skim past Jupiter, creating an exceptionally close pairing that produced striking photographs. New York City last received a comparable nighttime view in December 2004.
Telescopic Views Reveal the Galilean Moons and Earthshine
Because Jupiter possesses a visible disk rather than appearing as a single point of light like a star, the disappearance was not instantaneous. Given the planet’s apparent diameter of 33.7 arcseconds, Sky & Telescope noted that it took the Moon roughly 60 to 70 seconds to completely cover the giant planet, and a similar duration for it to emerge.
https://x.com/bforte22/status/2107418524096614644
Europa disappeared first, followed closely by Callisto and Io, while Ganymede completed the fast-paced events. In Pennsylvania, EarthSky Community Photos contributors recorded the event from Cherry Springs State Park, and Steven Bellavia witnessed the occultation from a dark sky site in Potter County, Pennsylvania, using an Explore Scientific 152mm Maksutov-Cassegrain paired with a ZWO ASI 662MC astronomy camera.
Upreti noted that he exposed specifically for Jupiter’s Galilean Moons and Earthshine to highlight details usually obscured by the planet’s glare, stacking 15 images with an exposure of ISO 3200, f/16, and 1/3s using a Sony A7R3 camera with a 200–600mm lens and a 2X extender to reduce noise on the Earthshine-illuminated lunar side.
Single Capture Solves Celestial Alignment Challenges
Capturing the planetary rendezvous demanded rigorous planning and precise equipment adjustments.
I knew that success meant balancing the luminance of the Moon’s sunlit surface and of Jupiter’s four moons.
Peter Zay, photographer via Space
Zay explained that because stacking and aligning fail when imaging two celestial bodies moving at different rates, his final photograph relied on a single 50-millisecond capture.
https://x.com/capitalweather/status/2107474221337129166
Future Alignments and Next North American Occultation Dates
According to Universe Today, the next favorable lunar occultation of Jupiter for the contiguous United States will not take place until September 28, 2034.
An additional occultation visible from parts of North America is also scheduled for November 27, 2037. In the interim, morning planet-watchers can continue observing both Mars and Jupiter as they draw closer together in the eastern sky throughout the autumn and winter months leading up to December 2026.
https://x.com/NASAJPL/status/2107249349520765229