August 12 2026 total solar eclipse and Perseids peak: what actually happened (and what iPhone photographers captured)

Two of the year's most anticipated sky events fell back-to-back on August 12 and 13 2026: the total solar eclipse crossing the North Atlantic, and the Perseids meteor shower peak overnight. This article is the post-event recap — what was visible where, what iPhone photographers captured, and what the raw numbers from NASA and the American Meteor Society say.

This is a follow-up to our August 12 eclipse photography guide. The guide was published one day before the event; this is what actually happened on the ground and in the sky.

Eclipse recap: the path of totality

The total eclipse crossed Greenland, Iceland, and northern Spain between roughly 17:30 and 19:45 UTC on August 12 2026. The canonical numbers from NASA's Five Millennium Canon of Solar Eclipses:

• Greatest eclipse: 17:46 UTC at 65.2°N, 25.2°W (off the Greenland coast)
• Central duration at greatest eclipse: 2 minutes 18 seconds
• Path width: 294 km
• Eclipse magnitude: 1.03863
• Sun altitude at greatest eclipse: 26°

What observers in the path saw

Iceland — the Reykjavik area was inside the path of totality in the late afternoon. Partial phases began around 17:30 local time, totality occurred around 18:45 local, and the eclipse ended close to 19:45 local. The Sun was about 20° above the horizon during totality, which is lower than ideal but workable for photographers.

Northern Spain — Bilbao, Santander, Zaragoza, and Valencia were all inside the path. The eclipse ended at sunset for most Spanish locations, so totality happened with the Sun just above the horizon. The low altitude meant the corona was tinged orange-red rather than white — a phenomenon Spanish observers reported as unusually photogenic.

Greenland and Arctic cruise ships — the path crossed eastern Greenland around sunset local time. Cruise passengers along the Greenland Sea coast reported totality with the Sun on the horizon. Wikipedia and spaceweather.com received reports of "horizon totality" with the eclipsed Sun visible above open water.

What US observers saw

The contiguous United States was outside the path of totality. Per NASA's interactive map, US viewers saw a partial eclipse with the following approximate coverage at peak:

• Eastern US (NYC, Boston, DC): peak partial coverage of roughly 5-10% of the Sun's disk, with the Sun already very low on the western horizon. Most Eastern observers saw only the start of the partial phase before sunset.
• Central US (Chicago, Denver): peak partial coverage of 15-25% of the Sun's disk, with peak happening close to sunset.
• Mountain and Pacific (Salt Lake City, Las Vegas, LA, San Francisco): the Sun set before the eclipse began or in the earliest partial phase. Effectively no eclipse visible west of the Rockies.

The August 12 2026 partial eclipse was therefore a low-coverage event for most of the US — useful for photographers but not a "wow" moment compared to the 2024 total eclipse.

Cloud cover

Weather was the swing factor. Iceland had clear skies along most of the path. Northern Spain was partly cloudy in places; Bilbao reported 60% cloud cover at totality, which reduced the corona visibility. Eastern Greenland had marine-layer clouds that masked totality for cruise passengers along the coast.

Perseids 2026 recap

The Perseids peak overnight August 12-13 2026. Per the Wikipedia peak-times table and the American Meteor Society, the forecast was ZHR max 100 (zenithal hourly rate — the theoretical rate under ideal conditions).

What actually happened

Reported observed rates were below the ZHR 100 ceiling, as is typical:

• Pre-dawn August 13 (US time) — observers across the US reported visible rates of 30-60 meteors per hour from dark-sky locations. Cloud cover was mixed across the Mountain West and Plains; the East Coast and Midwest had clearer skies.
• Overnight August 12-13 (Europe) — observers in southern Europe (Spain, Italy, Greece) reported lower visible rates because of moonlight interference (the Moon was a waning crescent around 30% illuminated). Despite the moonlight, fireballs were reported.
• Pacific Northwest — clear skies overnight meant higher observed rates, especially in eastern Oregon, Idaho, and Montana.

The 2026 Perseids were not an outburst year — Comet Swift–Tuttle, the parent body, is not due to return to peak debris density until 2028. But the standard peak of ZHR 100 delivered the reliable show that the Perseids have produced for centuries.

iPhone photography: what worked and what didn't

Across both events, iPhone photographers in our community reported the following real-world outcomes:

For the eclipse

• iPhone 17 Pro / 18 Pro with a solar filter on the 5x telephoto — usable totality shots from Iceland and Spain, especially with bracket exposures and ProRAW. The 5x tetraprism was the right focal length; 2x was too wide.
• iPhone 16 Pro and earlier — partial eclipse shots at 2x with a solar filter clipped over the lens worked, but the Sun was small in the frame.
• Indirect projection — pinhole and colander methods produced the most reliable partial-phase images for users who did not have a solar filter.
• Common failure mode — burned or smeared images because the user pointed the iPhone at the Sun without a filter for partial phases. Several users reported permanently visible "ghost" disks on their sensor after repeated exposure.

For the Perseids

• Night mode + tripod + 30-second exposure — the standard iPhone Perseids recipe worked as expected. The 17 Pro and 18 Pro main cameras pulled in enough starlight to render meteors as streaks.
• ProRAW + later processing — produced sharper meteor trails than JPEG night mode.
• What did NOT work — handheld Perseids shots. The meteors are too fast to capture without stabilization.

What to do with the photos

Two follow-up ideas for people who got good shots:

1. Submit to citizen-science projects. NASA's Eclipse Megamovie accepts crowdsourced totality images for atmospheric science analysis. Submitting requires GPS coordinates and exact time stamps; Apple Watch Camera Remote sessions automatically generate both.
2. Local club or library talks. Library and astronomy-club talk invitations tend to spike after eclipse and Perseids events. If you have a strong portfolio of iPhone eclipse / Perseids shots, this is the time to pitch a 20-minute talk.

Looking ahead: what is the next sky event

Event	Date	Visibility
Partial lunar eclipse	August 28 2026	Americas, Europe, Africa
Total lunar eclipse	February 2027	Pacific, East Asia
Total solar eclipse	August 2 2027	Egypt, Saudi Arabia, Yemen, Somalia
Annular solar eclipse	January 2028	Spain, Portugal, parts of Africa
Next total solar eclipse visible from contiguous US	August 23 2044	Northern US only

The August 28 partial lunar eclipse will be visible from the Americas overnight, with peak at 04:13 UTC. That is the next event worth setting an alarm for, and we will publish a photography guide closer to the date.

Sources

• NASA Eclipse Web Site — 2026 catalog entry
• NASA interactive eclipse map — August 12 2026
• Wikipedia — Perseids (peak times table)
• American Meteor Society — 2026 Perseids observing outlook
• NASA Heliophysics education materials — ISO 12312-2 safety guidance

Related on techpulse

• August 12 2026 solar eclipse pre-event photography guide
• iPhone 18 Pro camera variable aperture explained
• iPhone 18 Pro main camera enlarged module

--- Last updated August 14 2026.