What is the best tide for Sewer Peak?

Sewer Peak works best on low to mid tide. Tide matters because depth is what trips a wave: as the water fills in, the break slides shoreward onto a different part of the bottom, and over a shallow bank enough water stops it breaking at all. Our forecast solves each hour at that hour's real water level rather than assuming one.

What swell direction is best for Sewer Peak?

SW groundswell suits Sewer Peak best. The direction that matters is the one at the break, not the one on the buoy: the seafloor bends swell on its way in, so a spot can work on an angle the open coast is missing. We model that bending for each break rather than reporting the offshore direction.

Is Sewer Peak good for beginners?

Sewer Peak suits advanced surfers, over rock reef. That is the wave this bottom makes on an average day, and it moves: the same break is a different proposition on a bigger swell or a different tide, so read the day's forecast rather than the label.

What is the bottom like at Sewer Peak?

rock reef (Miocene mudstone — does not move). It is the reason this break behaves the way it does: the shape of the seabed decides where the swell focuses, where it trips, and whether it spills or pitches. We model Sewer Peak on real 10-foot bathymetry instead of treating the seafloor as a slope.

Sewer Peak Surf Report & Forecast

The bowly right at the top of Pleasure Point.

3 ftmax ~4 ft

Fair-Good · plunging

Modelled on real 10-foot bathymetry. These figures cover size, shape and wind. Whether the wave is makeable comes from the simulation.

Swell: 1.9 ft at 17s from the SSW
Wind: 6 mph ESE onshore
Tide: 5.4 ft
Break depth: 5 ft
Power: 3 kW/m
Water: 59°F · 3/2 fullsuit

Updated Aug 25, 6:42 PM PDT · 1 swell train · how this is calculated

How Sewer Peak is breaking right now

Loading Sewer Peak…

Live · Sewer Peak, solving nowOpen Sewer Peak on the map

Solved in your browser from this spot’s seafloor and current swell

What the seafloor does to this wave

A cut straight out from Sewer Peak, solved on the real seafloor at this hour’s swell and tide.

Why Sewer Peak looks like this right now

The numbers above, and what each one is actually doing to the wave.

One swell, uncrossed
1.9 ft at 17s from the SSW and nothing significant crossing it.
A single train is the cleanest case there is: the sets arrive from one angle, so the peak should sit in the same place each time instead of wandering. Why period matters more than height →
The seafloor focuses it
Kr 1.15 · 84% of modelled rays break.
Contours underneath are bending wave energy together into a band. That concentration is the peak, and it's why this spot can be noticeably bigger than its neighbours on the same swell. Why two breaks a mile apart differ →
Where it trips
5.4 ft of tide; waves are breaking in about 5 ft of water.
A wave breaks when the water gets shallow enough relative to its height, so that depth is a contour on the seafloor, and the tide slides the whole break up and down it through the day. Same swell, different spot, a few hours apart. How the tide moves the break →
Wind is onshore
6 mph from the ESE, against a shoreline facing 162°.
Pushing into the back of the wave from the sea, making it crumble and break early instead of standing up. Note this is measured against the angle THIS break faces, which is why one spot can be blown out while the one round the headland is fine.
How the sets come
About one set every 4 min, roughly 12 waves in it.
Swell arrives in groups, not evenly. That spacing is what you are really timing your paddle-out to, and it's why the lineup can look flat for minutes and then produce five waves at once. Why period matters more than height →

Sewer Peak surf forecast, next 6 days

Holding — 2.8–4.3 ft, no notable swell in the window

Seven-day surf forecast for Sewer Peak: wave height, best window, swell, wind and tide.
Day	Surf	Best window	Swell	Wind	Tide
Wed, Aug 26	2-3 ft	6am to 9amGood	1.6 ft at 17s S	1 mph cross-shore	Low 0.0 ft 4amHigh 4.2 ft 11amLow 2.5 ft 3pmHigh 5.8 ft 9pm
Thu, Aug 27	2-3 ft	6am to 9amGood	1.8 ft at 15s SSW	2 mph offshore	Low 0.0 ft 4amHigh 4.4 ft 11amLow 2.3 ft 4pmHigh 5.7 ft 10pm
Fri, Aug 28	3 ft	6am to 10amGood	1.9 ft at 17s SSW	2 mph offshore	Low 0.2 ft 5amHigh 4.7 ft 11amLow 2.0 ft 5pmHigh 5.5 ft 11pm
Sat, Aug 29	3-4 ft	8am to 5pmGood	2.6 ft at 17s S	10 mph cross-shore	Low 0.5 ft 5amHigh 4.9 ft 12pmLow 1.7 ft 6pmHigh 5.1 ft 11pm
Sun, Aug 30	3-4 ft	8am to 5pmGood	2.5 ft at 15s SSW	13 mph cross-shore	Low 0.9 ft 6amHigh 5.2 ft 12pmLow 1.4 ft 6pm
Mon, Aug 31	2-3 ft	8am to 2pmGood	2.0 ft at 14s SSW	5 mph offshore	High 4.7 ft 12amLow 1.4 ft 6amHigh 5.4 ft 1pmLow 1.2 ft 7pm

Daylight hours only. The best window is the run of hours the model rates highest that day.

How Sewer Peak works

Top of the point — the steepest, most competitive peak on the stretch. Bowls up and demands commitment.

Bottom: rock reef (Miocene mudstone — does not move)
Best tide: low to mid
Best swell: SW groundswell
Suits: advanced

Common questions about Sewer Peak

What is the best tide for Sewer Peak?: Sewer Peak works best on low to mid tide. Tide matters because depth is what trips a wave: as the water fills in, the break slides shoreward onto a different part of the bottom, and over a shallow bank enough water stops it breaking at all. Our forecast solves each hour at that hour's real water level rather than assuming one.
What swell direction is best for Sewer Peak?: SW groundswell suits Sewer Peak best. The direction that matters is the one at the break, not the one on the buoy: the seafloor bends swell on its way in, so a spot can work on an angle the open coast is missing. We model that bending for each break rather than reporting the offshore direction.
Is Sewer Peak good for beginners?: Sewer Peak suits advanced surfers, over rock reef. That is the wave this bottom makes on an average day, and it moves: the same break is a different proposition on a bigger swell or a different tide, so read the day's forecast rather than the label.
What is the bottom like at Sewer Peak?: rock reef (Miocene mudstone — does not move). It is the reason this break behaves the way it does: the shape of the seabed decides where the swell focuses, where it trips, and whether it spills or pitches. We model Sewer Peak on real 10-foot bathymetry instead of treating the seafloor as a slope.