Heights in feet above Mean Lower Low Water (MLLW). Dots are NOAA's predicted highs and lows; the line between them is our interpolation. Shaded: night.
| Tide | Time | Height |
|---|---|---|
| Low tide | 5:56 AM | -0.03 ft |
| High tide | 11:45 AM | 4.21 ft |
| Low tide | 6:59 PM | 0.27 ft |
| Day | High tides | Low tides |
|---|---|---|
| Today Tue, Oct 27 | 11:45 AM 4.2 ft | 5:56 AM -0.0 ft6:59 PM 0.3 ft |
| Tomorrow Wed, Oct 28 | 12:14 AM 3.5 ft12:31 PM 4.2 ft | 6:40 AM 0.0 ft7:49 PM 0.4 ft |
| Thu, Oct 29 | 1:05 AM 3.4 ft1:22 PM 4.1 ft | 7:28 AM 0.1 ft8:42 PM 0.5 ft |
| Fri, Oct 30 | 2:03 AM 3.3 ft2:21 PM 3.9 ft | 8:21 AM 0.2 ft9:42 PM 0.5 ft |
| Sat, Oct 31 | 3:09 AM 3.2 ft3:28 PM 3.7 ft | 9:24 AM 0.3 ft10:46 PM 0.5 ft |
| Sun, Nov 1 | 3:17 AM 3.1 ft3:37 PM 3.5 ft | 9:36 AM 0.3 ft10:50 PM 0.5 ft |
| Mon, Nov 2 | 4:22 AM 3.0 ft4:42 PM 3.4 ft | 10:49 AM 0.3 ft11:52 PM 0.3 ft |
Orange: measured by NOAA's sensor, last 24 hours (6-minute data, preliminary). Dashed: predicted tide, through the next 24 hours. The prediction contains only the astronomical tide; wind, air pressure and river flow move the real water level away from it.
On Tuesday, October 27, high tide at Haverstraw is at 11:45 AM (4.2 ft); low tide is at 5:56 AM (-0.0 ft) and 6:59 PM (0.3 ft) (EDT, heights above MLLW). The table above lists the next 7 days.
The highest predicted tide in the next 12 months is 4.5 ft on June 4, 2027 at 11:03 PM. The largest tides fall a day or two after a full or new moon, especially when the Moon is closest to Earth.
Yes — on 111 days in the next 12 months the low tide drops below 0 ft (MLLW). The lowest is -0.6 ft on January 24, 2027 at 5:58 AM. Minus tides expose the most shoreline, which is why tide-poolers look for them.
Station local time (EDT at the time this page was built), with daylight saving time applied where the area observes it — the same convention as NOAA's own tide tables.
From NOAA CO-OPS, the U.S. government tide station network (tidesandcurrents.noaa.gov); the predictions are public domain. The curve between highs and lows is our interpolation. This page is not for navigation.