Solar & Lunar Eclipses Visible from San Jose
Every eclipse in the 2024–2040 catalog that reaches San Jose (37.3382°, -121.8863°), with contact times on the America/Los_Angeles clock.
Checking the catalog against today's date…
Open the calculator at San Jose's coordinates27 of the 39 in the catalog are above the horizon here, 5 of them total. Times are America/Los_Angeles, converted per eclipse.
San Jose's best-placed eclipse in the window is the total lunar eclipse of March 13, 2025, greatest at 11:58 PM PDT. The moon is fully inside Earth's shadow for 1h 5m, and the whole eclipse happens with the moon up — 51° above the horizon at greatest eclipse.
| Date | From San Jose | Local times | Moon |
|---|---|---|---|
| Monday, March 25, 2024 Penumbral lunar eclipse | Penumbral The whole eclipse is above San Jose's horizon, from first contact to last. | 12:12 AM PDT greatest eclipse | 48° up at greatest |
| Tuesday, September 17, 2024 Partial lunar eclipse | Partial The eclipse begins below the horizon — the moon rises over San Jose at about 7:06 PM, already in the penumbral shading. Everything before that happens while the moon is down. | 7:44 PM PDT greatest eclipse Umbral 7:12 PM – 8:15 PM | 7° up at greatest |
| Thursday, March 13, 2025 Total lunar eclipse | Total The whole eclipse is above San Jose's horizon, from first contact to last. | 11:58 PM PDT greatest eclipse Totality 11:25 PM – 12:31 AM | 51° up at greatest 1h 5m total |
| Tuesday, March 3, 2026 Total lunar eclipse | Total The whole eclipse is above San Jose's horizon, from first contact to last. | 3:33 AM PST greatest eclipse Totality 3:04 AM – 4:02 AM | 36° up at greatest 58m total |
| Thursday, August 27, 2026 Partial lunar eclipse | Partial The eclipse begins below the horizon — the moon rises over San Jose at about 7:38 PM, already in the partial phase. Everything before that happens while the moon is down. | 9:12 PM PDT greatest eclipse Umbral 7:33 PM – 10:51 PM | 18° up at greatest |
| Tuesday, August 17, 2027 Penumbral lunar eclipse | Penumbral The whole eclipse is above San Jose's horizon, from first contact to last. | 12:13 AM PDT greatest eclipse | 37° up at greatest |
| Tuesday, January 11, 2028 Partial lunar eclipse | Partial The whole eclipse is above San Jose's horizon, from first contact to last. | 8:12 PM PST greatest eclipse Umbral 7:44 PM – 8:40 PM | 36° up at greatest |
| Sunday, December 31, 2028 Total lunar eclipse | Partial The eclipse is still under way at moonset — the moon sets at about 7:26 AM, during the partial phase. The rest of it happens below San Jose's horizon. | 8:51 AM PST greatest eclipse Totality 8:16 AM – 9:27 AM | below the horizon at greatest 1h 11m total |
| Monday, June 25, 2029 Total lunar eclipse | Partial The eclipse begins below the horizon — the moon rises over San Jose at about 8:27 PM, already in totality. Everything before that happens while the moon is down. | 8:22 PM PDT greatest eclipse Totality 7:31 PM – 9:13 PM | below the horizon at greatest 1h 42m total |
| Thursday, December 20, 2029 Total lunar eclipse | Partial The eclipse begins below the horizon — the moon rises over San Jose at about 4:48 PM, already in the penumbral shading. Everything before that happens while the moon is down. | 2:41 PM PST greatest eclipse Totality 2:15 PM – 3:08 PM | below the horizon at greatest 54m total |
| Monday, December 9, 2030 Penumbral lunar eclipse | Penumbral The eclipse begins below the horizon — the moon rises over San Jose at about 4:44 PM, already in the penumbral shading. Everything before that happens while the moon is down. | 2:27 PM PST greatest eclipse | below the horizon at greatest |
| Tuesday, May 6, 2031 Penumbral lunar eclipse | Penumbral The eclipse begins below the horizon — the moon rises over San Jose at about 7:57 PM, already in the penumbral shading. Everything before that happens while the moon is down. | 8:50 PM PDT greatest eclipse | 10° up at greatest |
| Thursday, June 5, 2031 Penumbral lunar eclipse | Penumbral The whole eclipse is above San Jose's horizon, from first contact to last. | 4:43 AM PDT greatest eclipse | 11° up at greatest |
| Thursday, October 30, 2031 Penumbral lunar eclipse | Penumbral The whole eclipse is above San Jose's horizon, from first contact to last. | 12:45 AM PDT greatest eclipse | 66° up at greatest |
| Sunday, April 25, 2032 Total lunar eclipse | Partial The eclipse is still under way at moonset — the moon sets at about 6:23 AM, during the penumbral shading. The rest of it happens below San Jose's horizon. | 8:13 AM PDT greatest eclipse Totality 7:40 AM – 8:46 AM | below the horizon at greatest 1h 6m total |
| Saturday, October 8, 2033 Total lunar eclipse | Total The whole eclipse is above San Jose's horizon, from first contact to last. | 3:55 AM PDT greatest eclipse Totality 3:15 AM – 4:34 AM | 39° up at greatest 1h 19m total |
| Wednesday, September 27, 2034 Partial lunar eclipse | Partial The eclipse begins below the horizon — the moon rises over San Jose at about 6:52 PM, already in the penumbral shading. Everything before that happens while the moon is down. | 7:46 PM PDT greatest eclipse Umbral 7:32 PM – 7:59 PM | 11° up at greatest |
| Thursday, February 22, 2035 Penumbral lunar eclipse | Penumbral The whole eclipse is above San Jose's horizon, from first contact to last. | 1:04 AM PST greatest eclipse | 61° up at greatest |
| Saturday, August 18, 2035 Partial lunar eclipse | Partial The eclipse begins below the horizon — the moon rises over San Jose at about 7:51 PM, already in the penumbral shading. Everything before that happens while the moon is down. | 6:10 PM PDT greatest eclipse Umbral 5:32 PM – 6:49 PM | below the horizon at greatest |
| Wednesday, August 6, 2036 Total lunar eclipse | Partial The eclipse begins below the horizon — the moon rises over San Jose at about 8:04 PM, already in totality. Everything before that happens while the moon is down. | 7:51 PM PDT greatest eclipse Totality 7:03 PM – 8:38 PM | below the horizon at greatest 1h 35m total |
| Saturday, January 31, 2037 Total lunar eclipse | Total The eclipse is still under way at moonset — the moon sets at about 7:15 AM, during the partial phase. The rest of it happens below San Jose's horizon. | 6:00 AM PST greatest eclipse Totality 5:28 AM – 6:32 AM | 14° up at greatest 1h 4m total |
| Sunday, July 26, 2037 Partial lunar eclipse | Partial The eclipse begins below the horizon — the moon rises over San Jose at about 8:15 PM, already in the partial phase. Everything before that happens while the moon is down. | 9:08 PM PDT greatest eclipse Umbral 7:32 PM – 10:44 PM | 9° up at greatest |
| Wednesday, January 20, 2038 Penumbral lunar eclipse | Penumbral The whole eclipse is above San Jose's horizon, from first contact to last. | 7:48 PM PST greatest eclipse | 29° up at greatest |
| Wednesday, June 16, 2038 Penumbral lunar eclipse | Penumbral The eclipse begins below the horizon — the moon rises over San Jose at about 8:25 PM, already in the penumbral shading. Everything before that happens while the moon is down. | 7:43 PM PDT greatest eclipse | below the horizon at greatest |
| Friday, July 16, 2038 Penumbral lunar eclipse | Penumbral The eclipse is still under way at moonset — the moon sets at about 6:04 AM, during the penumbral shading. The rest of it happens below San Jose's horizon. | 4:34 AM PDT greatest eclipse | 15° up at greatest |
| Wednesday, November 30, 2039 Partial lunar eclipse | Partial The eclipse is still under way at moonset — the moon sets at about 7:06 AM, during the penumbral shading. The rest of it happens below San Jose's horizon. | 8:55 AM PST greatest eclipse Umbral 7:12 AM – 10:38 AM | below the horizon at greatest |
| Saturday, May 26, 2040 Total lunar eclipse | Total The eclipse is still under way at moonset — the moon sets at about 5:55 AM, during the partial phase. The rest of it happens below San Jose's horizon. | 4:44 AM PDT greatest eclipse Totality 3:58 AM – 5:31 AM | 12° up at greatest 1h 32m total |
Reading the table. Greatest eclipse is one instant worldwide, printed on San Jose's clock — the zone abbreviation is resolved for that date, so it changes across the window wherever the clocks do. From San Jose is what the horizon leaves: a total eclipse the moon sets during is a partial one here, and the note beside it says which phase was under way. Durations are the eclipse's own, worldwide.
7 of the 38 in the catalog happen with the sun up here. Times are America/Los_Angeles, converted per eclipse.
Yes — 7 of the 38 solar eclipses catalogued between 2024 and 2040 are visible from San Jose, at least in part: April 8, 2024, January 14, 2029, November 14, 2031, March 30, 2033, September 1, 2035, June 21, 2039, November 4, 2040. None puts San Jose inside a path of totality or annularity; the deepest is January 14, 2029, when 56% of the sun is covered.
| Date | From San Jose | Local times | Sun |
|---|---|---|---|
| Monday, April 8, 2024 Total solar eclipse | Partial The whole eclipse happens with the sun up, from first contact at 10:12 AM to last at 12:16 PM. | 11:13 AM PDT greatest eclipse here | 36% of the sun covered 50° up |
| Sunday, January 14, 2029 Partial solar eclipse | Partial The sun rises over San Jose at 7:20 AM with the eclipse already under way; it ends at 9:44 AM. | 8:22 AM PST greatest eclipse here | 56% of the sun covered 10° up |
| Friday, November 14, 2031 Hybrid solar eclipse | Partial The whole eclipse happens with the sun up, from first contact at 1:06 PM to last at 1:43 PM. | 1:25 PM PST greatest eclipse here | under 1% of the sun covered 30° up |
| Wednesday, March 30, 2033 Total solar eclipse | Partial The whole eclipse happens with the sun up, from first contact at 9:24 AM to last at 11:24 AM. | 10:22 AM PDT greatest eclipse here | 37% of the sun covered 39° up |
| Saturday, September 1, 2035 Total solar eclipse | Partial It begins at 7:23 PM, and the sun sets over San Jose at 7:36 PM with the eclipse still under way. | 7:36 PM PDT sunset, the deepest seen | 4% of the sun covered |
| Tuesday, June 21, 2039 Annular solar eclipse | Partial The whole eclipse happens with the sun up, from first contact at 7:45 AM to last at 9:47 AM. | 8:42 AM PDT greatest eclipse here | 26% of the sun covered 32° up |
| Sunday, November 4, 2040 Partial solar eclipse | Partial The whole eclipse happens with the sun up, from first contact at 9:52 AM to last at 10:39 AM. | 10:15 AM PST greatest eclipse here | under 1% of the sun covered 32° up |
"Covered" is the share of the sun's area the moon hides at the deepest moment seen from San Jose. A solar eclipse is only safe to look at through ISO 12312-2 filters, except during the totality of a total eclipse.
Eclipse dates and contact times come from the NASA/Espenak catalog, and everything local to San Jose — whether the moon or sun is above the horizon, how high it stands, what the horizon cuts off — is computed for 37.3382°, -121.8863° and converted to America/Los_Angeles. Nothing on this page is stamped with a build date: an eclipse is a catalogued instant, so where the shadow fell and how high the moon stood over San Jose are as fixed for 2024 as for 2040. Only the "next eclipse" panel at the top reads the clock, and it does so in your browser.
What the horizon decides. A lunar eclipse is visible from wherever the moon is up, which is half the planet — but an eclipse runs for hours and can straddle moonrise or moonset, and then only part of it is San Jose's. That is why each row carries the moon's altitude at greatest eclipse and, where it matters, which phase was under way as the moon crossed the horizon. An eclipse 70° up is overhead and unmistakable; the same eclipse a few degrees up is behind whatever San Jose has on its skyline.
How the solar rows are worked out. Each comes from NASA's Besselian elements for that eclipse, evaluated at San Jose's coordinates at sea level: when the moon's disc first touches the sun's and when it leaves, how much of the sun it covers, and — inside a path — how long totality or annularity lasts. "Covered" is the share of the sun's area, which is what decides how dark it gets; it agrees with the US Naval Observatory's own figures to within a fifth of a percentage point, and the times to within five seconds. Near the edge of a path, the last kilometre or so depends on the mountains along the moon's limb, which these figures leave out.
Safe viewing. A lunar eclipse is safe to watch with the naked eye, binoculars, or a telescope — it is only the full moon, dimmed. A solar eclipse is not: outside the brief totality of a total eclipse, looking at the sun needs ISO 12312-2 filters, and sunglasses are not filters — not even at 99% covered, when the sliver left is still bright enough to burn.
When is the next lunar eclipse visible from San Jose?
The panel at the top of this page names it, counting from today in your browser. The table below is the full record instead: all 27 lunar eclipses between 2024 and 2040 that are above San Jose's horizon, with contact times already converted to America/Los_Angeles. 5 of them are total from here.
Will a solar eclipse be visible from San Jose?
Yes — 7 of the 38 solar eclipses catalogued between 2024 and 2040 are visible from San Jose, at least in part: April 8, 2024, January 14, 2029, November 14, 2031, March 30, 2033, September 1, 2035, June 21, 2039, November 4, 2040. None puts San Jose inside a path of totality or annularity; the deepest is January 14, 2029, when 56% of the sun is covered.
What time does the eclipse start in San Jose?
Every time on this page is San Jose local time, converted per eclipse rather than once for the page — the window spans 16 years, so the same zone reads differently in January and July and the abbreviation beside each row says which applies. A lunar eclipse begins with the faint penumbral shading (P1), bites into the disc at first umbral contact (U1) and, if it is total, goes fully dark at U2. A solar eclipse begins when the moon's disc first touches the sun's and, inside a path, turns total or annular at second contact; the solar table gives both, cut at sunrise or sunset where the horizon gets there first.
Why does San Jose see more lunar eclipses than solar ones?
Earth's shadow at the moon's distance is far larger than the moon's shadow on Earth, and a lunar eclipse is visible from the entire night side of the planet at once — so San Jose catches 27 of the 39 lunar eclipses in the window, and only 7 of the 38 solar ones. A solar eclipse throws a shadow a few thousand kilometres across at most, and its darkest part a few hundred; miss that footprint by an hour of Earth's rotation and there is nothing to see from San Jose at all.