Tide times in Ritterhude — Lower Saxony, Germany
Lower Saxony, Germany
Wed 4 Mar
| Time | Height | Type |
|---|---|---|
| 00:08 | 2.87m | Low tide |
| 05:04 | 5.18m | High tide |
| 12:34 | 2.73m | Low tide |
| 17:31 | 5.01m | High tide |
This week
| Date | High tide | Low tide |
|---|---|---|
| Tue 3 Mar | 04:13 (5.11m) / 16:46 (4.96m) | 11:49 (2.72m) |
| Wed 4 Mar | 05:04 (5.18m) / 17:31 (5.01m) | 00:08 (2.87m) / 12:34 (2.73m) |
| Thu 5 Mar | 05:47 (5.22m) / 18:08 (5.05m) | 00:51 (2.88m) / 13:14 (2.80m) |
| Fri 6 Mar | 06:24 (5.25m) / 18:40 (5.11m) | 01:28 (2.90m) / 13:49 (2.88m) |
| Sat 7 Mar | 06:58 (5.28m) / 19:09 (5.19m) | 02:00 (2.92m) / 14:17 (2.93m) |
| Sun 8 Mar | 07:30 (5.30m) / 19:40 (5.27m) | 02:24 (2.89m) / 14:39 (2.92m) |
| Mon 9 Mar | 08:03 (5.30m) / 20:14 (5.30m) | 02:43 (2.84m) / 14:56 (2.87m) |
| Tue 10 Mar | 08:39 (5.24m) / 20:50 (5.25m) | 03:05 (2.77m) / 15:19 (2.82m) |
| Wed 11 Mar | 09:17 (5.11m) / 21:31 (5.12m) | 03:36 (2.75m) / 15:49 (2.82m) |
| Thu 12 Mar | 10:01 (4.92m) / 22:21 (4.93m) | 04:15 (2.77m) / 16:28 (2.87m) |
Location information
Nearby tide stations
Wasserhorst
3.7 km away
Niederblockland
4.8 km away
Oslebshausen
7.7 km away
Bremen
7.9 km away
Vegesack
9.7 km away
Borgfeld
10.2 km away
Tide times in Ritterhude
Discover the tide patterns in Ritterhude. Essential data for all water sports enthusiasts and fishermen.
Make the most of Ritterhude's coastal environment with these tide-dependent activities:
High tide
Ideal for boat departures and arrivals
Calm waters perfect for SUP sessions
Best conditions for safe swimming with deeper water
Low tide
Discover shells and sea treasures on exposed beaches
Collect worms and shellfish for fishing
Explore tidal pools teeming with marine life
Understanding tides at Ritterhude helps you stay safe and make the most of your visit. Tides follow a roughly 12-hour cycle, with two high tides and two low tides each day.
Be aware of local conditions at Ritterhude. Some areas can become inaccessible during high tide.
Our tide predictions for Ritterhude are calculated using astronomical data and local observations for maximum accuracy.