Bay Slough — CA, United States
Tide times & tide chart
↑7:21am↓6:26pm
Predictions are not observations — conditions vary with weather and river flow. Not for navigation.
Slackwater predicts tides and currents offline, on your phone — tides worldwide, currents across the US and Canada.
Requires iOS 26 or later.
Tide times for the next 7 days
| Day | Tide | Time | Height |
|---|---|---|---|
| Mon 19 Oct 2026 | Low | 0.7 ft | |
| Mon 19 Oct 2026 | High | 6.0 ft | |
| Mon 19 Oct 2026 | Low | 3.2 ft | |
| Mon 19 Oct 2026 | High | 6.4 ft | |
| Tue 20 Oct 2026 | Low | 0.6 ft | |
| Tue 20 Oct 2026 | High | 6.3 ft | |
| Tue 20 Oct 2026 | Low | 2.7 ft | |
| Tue 20 Oct 2026 | High | 6.4 ft | |
| Wed 21 Oct 2026 | Low | 0.7 ft | |
| Wed 21 Oct 2026 | High | 6.6 ft | |
| Wed 21 Oct 2026 | Low | 2.1 ft | |
| Wed 21 Oct 2026 | High | 6.5 ft | |
| Thu 22 Oct 2026 | Low | 0.8 ft | |
| Thu 22 Oct 2026 | High | 7.0 ft | |
| Thu 22 Oct 2026 | Low | 1.5 ft | |
| Thu 22 Oct 2026 | High | 6.6 ft | |
| Fri 23 Oct 2026 | Low | 1.0 ft | |
| Fri 23 Oct 2026 | High | 7.4 ft | |
| Fri 23 Oct 2026 | Low | 0.8 ft | |
| Fri 23 Oct 2026 | High | 6.7 ft | |
| Sat 24 Oct 2026 | Low | 1.3 ft | |
| Sat 24 Oct 2026 | High | 7.9 ft | |
| Sat 24 Oct 2026 | Low | 0.2 ft | |
| Sun 25 Oct 2026 | High | 6.8 ft | |
| Sun 25 Oct 2026 | Low | 1.7 ft | |
| Sun 25 Oct 2026 | High | 8.3 ft | |
| Sun 25 Oct 2026 | Low | -0.3 ft |
Station facts
- Position
- 37.5517° N, 122.2430° W
- Time zone
- America/Los_Angeles
- Datum
- MLLW datum · NOAA reference highs and lows, adjusted by published offsets
- Region
- CA, United States
Heights are measured above chart datum. A negative height means there is that much less water than the charted depth shows.
Slackwater database (https://github.com/openwatersio/slackwater-database)
How we check predictions — dated samples and their limits.
Nearby
- Bay Slougheast end1.1 nm ESE
- San Mateo Bridge (West End)1.8 nm NNW
- Redwood Creek Marker 82.6 nm ESE
- Corkscrew Slough3.0 nm SSE
- Redwood CityWharf 53.1 nm SSE
- Smith Slough3.1 nm SSE