Current Time in Labrador, Australia 🇦🇺
Lat/Long: 27.94° S, 153.4° E
Elevation: 6 m above sea level
Population rank: #205 of 4,886 cities in Australia by population
State: Queensland
Country: 🇦🇺 Australia (Oceania)
IANA Timezone: Australia/Brisbane
Solar time: clocks run about 15m behind the sun
Timezone: AEST
Daylight Saving Time: No ❌
Standard Timezone Abbreviations used in Australia: ACST, AEST, AWST, JST
Daylight Saving Timezone Abbreviations used in Australia: ACDT, AEDT
The time now in Labrador, Australia is shown in the live clock above and updates every second. Labrador currently observes AEST, UTC+10. Clocks in Labrador are set to UTC+10:00 under the Australia/Brisbane zone. There is no daylight-saving shift here; the offset stays fixed year-round. Day and night are close to even today, with about 13 hours of daylight. At these subtropical latitudes the seasonal spread in daylight is noticeable but mild. Labrador lies barely above sea level, at roughly 6 m. The nearest big city, Sydney, is a distant 692 km away. A major centre in Australia, Labrador keeps a busy schedule across its time zone.
The sun rises over Labrador at 05:01 and sets at 17:59, giving 12h 57m of daylight today.
Labrador Time Zone and Daylight
Daylight Hours in Labrador
Labrador gets 12h 58m of daylight today. Sunrise in Labrador is at 05:01 and sunset in Labrador is at 17:59.
Daylight ranges from about 10h 22m near the June solstice to 13h 55m near the December solstice.
Time Difference Between Labrador and Major Cities
Live local time and the difference from Labrador right now.
Current Time in Other Cities in Australia
Cities Sharing Labrador's Time Zone (UTC+10:00)
These major cities are at the same UTC offset as Labrador.
Weather in Labrador
Tools to Plan Meetings
Prayer Times in Labrador
| Date | Fajr | Sunrise | Dhuhr | Asr | Maghrib | Isha |
|---|---|---|---|---|---|---|
| Sat, 24 Oct ● | 03:37 | 05:01 | 11:30 | 15:03 | 17:59 | 19:29 |
| Sun, 25 Oct | 03:36 | 05:01 | 11:30 | 15:03 | 18:00 | 19:30 |
| Mon, 26 Oct | 03:35 | 05:00 | 11:30 | 15:03 | 18:00 | 19:30 |
| Tue, 27 Oct | 03:33 | 04:59 | 11:30 | 15:03 | 18:01 | 19:31 |
| Wed, 28 Oct | 03:32 | 04:58 | 11:30 | 15:03 | 18:02 | 19:32 |
| Thu, 29 Oct | 03:31 | 04:57 | 11:30 | 15:03 | 18:02 | 19:32 |
| Fri, 30 Oct | 03:30 | 04:56 | 11:30 | 15:03 | 18:03 | 19:33 |
14-day Forecast for Labrador
Sunrise & Sunset Times for Labrador
Moon Phases & Times for Labrador
Distances & Clock Changes in Labrador
How Far Is Labrador From Other Major Cities?
| City | Distance | Direction |
|---|---|---|
| Sydney | 692 km | SSW (197deg) |
| Singapore | 6,208 km | WNW (293deg) |
| Hong Kong | 6,997 km | NW (319deg) |
| Tokyo | 7,219 km | NNW (348deg) |
| Mumbai | 10,107 km | WNW (291deg) |
| Los Angeles | 11,561 km | ENE (59deg) |
| Dubai | 12,033 km | WNW (289deg) |
| Sao Paulo | 13,900 km | SSE (157deg) |
Labrador's Antipode: The Opposite Side of the Earth
Dig straight through the Earth from Labrador and you would surface in the open ocean, near 27.9deg N, 26.6deg W.
Frequently Asked Questions about Labrador
What time is it in Labrador right now?
The current local time in Labrador is 11:40 on Saturday, October 24, 2026. Labrador follows the Australia/Brisbane time zone.
What time zone is Labrador in?
Labrador runs on the Australia/Brisbane IANA time zone (UTC+10:00), the same zone used across the surrounding region, with the clocks shifting automatically whenever daylight saving is in force.
How many hours ahead or behind UTC is Labrador?
Is Labrador on daylight saving time right now?
No. Daylight saving time is not in effect in Labrador as of October 24, 2026.
What time is sunrise and sunset in Labrador today?
Today in Labrador: sunrise is at 05:01 and sunset is at 17:59, giving 12h 57m of daylight.
What moon phase is visible over Labrador tonight?
Tonight the moon over Labrador is in its Waxing Gibbous phase, lit 94.4%.
What is solar time in Labrador?
Solar time follows the Sun's actual position, with solar noon when the Sun is highest in the sky. In Labrador, clocks run about 15m behind local solar time, because the official time zone does not exactly match the Sun's position.