Latest Coastal Waters Forecast by KLOX
Issued 5/11/2026 2:03 PM US/Pacific.
Valid through 5/12/2026 2:30 AM US/Pacific.
fzus56 klox 112103
cwflox
expires:202605120930;;401346
coastal waters forecast for california
national weather service los angeles/oxnard ca
203 pm pdt mon may 11 2026
point piedras blancas to san mateo point ca out 60 nm including the
channel islands national marine sanctuary
...see weather.gov/marine/wavedetail for more info on the new wave
detail format...
pzz655-120930-
inner waters from point mugu to san mateo pt. ca including santa
catalina and anacapa islands-
203 pm pdt mon may 11 2026
.tonight...w wind 5 to 10 kt. seas 2 to 3 ft. wave detail: nw 2 ft
at 6 seconds, w 2 ft at 9 seconds and s 2 ft at 15 seconds.
.tue...sw wind 5 to 10 kt, becoming 10 to 15 kt in the afternoon.
seas 2 to 3 ft. wave detail: w 2 ft at 8 seconds and s 2 ft at
15 seconds.
.tue night...sw wind 5 to 10 kt. seas 2 to 3 ft. wave detail: w
2 ft at 9 seconds and s 2 ft at 15 seconds.
.wed...light winds, becoming w 10 to 15 kt in the afternoon. seas
2 to 3 ft. wave detail: w 2 ft at 8 seconds and s 2 ft at
14 seconds.
.wed night...w wind 5 to 10 kt in the evening, becoming light. seas
2 to 4 ft. wave detail: nw 2 ft at 8 seconds, w 2 ft at 11 seconds
and s 2 ft at 14 seconds.
.thu...se wind 5 to 10 kt. seas 3 to 4 ft. wave detail: w 3 ft at
8 seconds and s 2 ft at 16 seconds.
.thu night...w wind 5 to 10 kt in the evening, becoming light. seas
3 to 4 ft. wave detail: w 3 ft at 10 seconds and s 2 ft at
15 seconds.
.fri...s wind 5 to 10 kt. seas 3 to 4 ft. wave detail: w 3 ft at
10 seconds and s 2 ft at 15 seconds.
.fri night...w wind 5 to 10 kt in the evening, becoming light. seas
3 to 4 ft. wave detail: w 3 ft at 9 seconds and s 2 ft at
14 seconds.
.sat...se wind 5 to 10 kt, becoming sw in the afternoon. seas 3 to
5 ft. wave detail: w 4 ft at 10 seconds and s 2 ft at 15 seconds.
.sat night...w wind 5 to 10 kt, becoming e after midnight. seas
3 to 5 ft, building to 5 to 7 ft. wave detail: w 5 ft at 10 seconds
and s 2 ft at 14 seconds.
$$
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