Astronomical summer begins in the north · winter in the south
June Solstice 2027 — exact time
Monday, 21 June 2027, 14:11 UTC
The Sun stands farthest north — the longest day of the year in the northern hemisphere, the shortest in the south.
337days
--hrs
--min
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What happens at this instant
The Sun’s apparent longitude crosses 90° and it stands directly over the Tropic of Cancer (23.4°N) — as far north as it ever gets. This is the longest day of the year everywhere north of the equator and the shortest everywhere south of it — one instant, two opposite seasons. It is a single worldwide moment: the same instant, whatever your clock says locally — which is what the city table below converts.
And a myth to retire: the june solstice is notabout Earth’s distance from the Sun. Aphelion — our farthest point of the year — falls just after it, on 5 July 2027 (USNO, Astronomical Applications Department). Tilt makes the seasons; distance is a ~3% sideshow.
June Solstice — exact time, every year 2015–2040
Published minutes, UT (USNO, Astronomical Applications Department).
Year
Date
Time (UTC)
2015
Sun 21 June
16:38
2016
Mon 20 June
22:34
2017
Wed 21 June
04:24
2018
Thu 21 June
10:07
2019
Fri 21 June
15:54
2020
Sat 20 June
21:44
2021
Mon 21 June
03:32
2022
Tue 21 June
09:14
2023
Wed 21 June
14:58
2024
Thu 20 June
20:51
2025
Sat 21 June
02:42
2026
Sun 21 June
08:24
2027
Mon 21 June
14:11
2028
Tue 20 June
20:02
2029
Thu 21 June
01:48
2030
Fri 21 June
07:31
2031
Sat 21 June
13:17
2032
Sun 20 June
19:09
2033
Tue 21 June
01:01
2034
Wed 21 June
06:44
2035
Thu 21 June
12:33
2036
Fri 20 June
18:32
2037
Sun 21 June
00:22
2038
Mon 21 June
06:09
2039
Tue 21 June
11:57
2040
Wed 20 June
17:46
The june solstice 2027 in 132 cities — local time & day length
One worldwide instant, converted to each city’s clock (including DST), with the length of that day — sunrise to sunset — computed for the city’s own coordinates.
City links open that city’s live sunrise/sunset page. Day lengths are computed by LEV’s own solar geometry (the engine behind those pages) for the event’s local calendar day.
Where this time comes from
The instant and the year table are the published minutes of the USNO, Astronomical Applications Department (UT), frozen 2026-07-17. LEV computes each instant independently as a cross-check (Meeus’s standard algorithm): across all 104 published events the two agree within ±91 seconds, and the four 2026 instants were further verified against JPL Horizons (DE441)to ~31 s. The countdown ticks on the computed instant’s seconds. Beyond the early 2030s every published minute — anyone’s — inherits the uncertainty of Earth-rotation (ΔT) predictions and can shift by up to about a minute as the years arrive.