First light
05:24
2026-10-18 — Time zone: Asia/Tokyo (UTC+09:00)
| Date | Sunrise | Sunset | Day length | Phase |
|---|---|---|---|---|
| 2026-10-18 · Sunday · Today | 05:50 | 17:03 | 11 h 13 min | First quarter |
| 2026-10-19 · Monday · Tomorrow | 05:51 | 17:01 | 11 h 11 min | Waxing gibbous |
| 2026-10-20 · Tuesday | 05:51 | 17:00 | 11 h 09 min | Waxing gibbous |
| 2026-10-21 · Wednesday | 05:52 | 16:59 | 11 h 07 min | Waxing gibbous |
| 2026-10-22 · Thursday | 05:53 | 16:58 | 11 h 04 min | Waxing gibbous |
| 2026-10-23 · Friday | 05:54 | 16:56 | 11 h 02 min | Waxing gibbous |
| 2026-10-24 · Saturday | 05:55 | 16:55 | 11 h 00 min | Waxing gibbous |
| Month | Sunrise | Sunset | Day length |
|---|---|---|---|
| January | 06:50 | 16:50 | 10 h 00 min |
| February | 06:28 | 17:22 | 10 h 54 min |
| March | 05:52 | 17:48 | 11 h 55 min |
| April | 05:09 | 18:13 | 13 h 05 min |
| May | 04:36 | 18:38 | 14 h 02 min |
| June | 04:25 | 18:58 | 14 h 34 min |
| July | 04:36 | 18:57 | 14 h 21 min |
| August | 05:00 | 18:31 | 13 h 32 min |
| September | 05:23 | 17:49 | 12 h 26 min |
| October | 05:47 | 17:06 | 11 h 19 min |
| November | 06:16 | 16:34 | 10 h 18 min |
| December | 06:43 | 16:29 | 9 h 46 min |
| Longest day | 21 June - 14 h 35 min |
|---|---|
| Shortest day | 22 December - 9 h 44 min |
| Earliest sunrise | 04:25 (5 – 21 June) |
| Latest sunrise | 06:51 (1 – 13 January) |
| Earliest sunset | 16:27 (3 – 9 December) |
| Latest sunset | 19:01 (25 June – 4 July) |
| Solar noon on the clock | 11:24 (31 October) to 11:55 (2 February) |
| Fastest change in day length | gaining about 2 minutes a day, around 19 March |
| Clock changes | none in 2026 |
| Same clock as Osaka | 390 km to the west; the sun is 17 minutes earlier in Tokyo |
Times are local clock times for 2026, to the minute; where several days share the extreme minute, all of them are listed, because the method is good to about a minute.
Asia/TokyoSun times use the NOAA solar algorithm and are accurate to about one minute below 65° latitude. Moon phase is a mean-phase approximation, accurate to a few hours.
Updated: