Sun 8 Mar

☀️ Sunrise 06:50
🌙 Sunset 18:09
🌖 Moon phase Waning Gibbous (82%)
Time Height Type
01:23 0.87m High tide
07:27 0.64m Low tide
14:07 0.94m High tide
20:15 0.67m Low tide

This week

Date High tide Low tide
Wed 4 Mar 10:34 (0.93m) / 23:04 (0.90m) 04:24 (0.61m) / 16:41 (0.52m)
Thu 5 Mar 11:15 (0.93m) / 23:41 (0.89m) 04:56 (0.60m) / 17:22 (0.55m)
Fri 6 Mar 12:03 (0.94m) 05:37 (0.61m) / 18:11 (0.59m)
Sat 7 Mar 00:27 (0.87m) / 13:01 (0.94m) 06:27 (0.62m) / 19:08 (0.63m)
Sun 8 Mar 01:23 (0.87m) / 14:07 (0.94m) 07:27 (0.64m) / 20:15 (0.67m)
Mon 9 Mar 02:26 (0.87m) / 15:21 (0.94m) 08:34 (0.65m) / 21:41 (0.68m)
Tue 10 Mar 03:36 (0.89m) / 16:53 (0.96m) 09:50 (0.64m) / 23:56 (0.66m)
Wed 11 Mar 05:12 (0.91m) / 18:12 (0.99m) 11:32 (0.62m)
Thu 12 Mar 06:31 (0.93m) / 19:04 (1.00m) 00:44 (0.63m) / 12:42 (0.58m)
Fri 13 Mar 07:15 (0.95m) / 19:48 (1.01m) 01:26 (0.61m) / 13:26 (0.55m)

Location information

Coordinates 56.15°, 10.2167°
Timezone Europe/Copenhagen
Moon phase 🌖 Waning Gibbous (82%)

Nearby tide stations

Hov

26.1 km away

Randers

34.9 km away

Ballen

45.6 km away

Juelsminde

49.8 km away

Udbyhoej

50.3 km away

Grena

52.8 km away

Tide times in Aarhus

Discover the tide patterns in Aarhus. Essential data for all water sports enthusiasts and fishermen.

The coastline around Aarhus offers numerous activities depending on tide conditions:

High tide

Kayaking

Explore coastal caves and hidden spots

Swimming

Best conditions for safe swimming with deeper water

Jet skiing

Enough depth for water sports

Low tide

Shell collecting

Discover shells and sea treasures on exposed beaches

Beach walking

Extended sandy areas to explore

Crabbing

Find crabs in rocky areas

Tides in Aarhus are influenced by the gravitational pull of the moon and sun. The tidal range varies throughout the month, with spring tides bringing the highest and lowest water levels.

Always check tide times before visiting Aarhus. Rising tides can cut off beaches and create dangerous currents.

Our tide predictions for Aarhus are calculated using astronomical data and local observations for maximum accuracy.