Overview
About this Spot
Scott Creek is a surf spot located in Bay Area, California. The spot provides both left and right waves. Scott Creek Beach stretches about half a mile between two large bluffs, offering a relatively uncrowded environment. The surf spot features a sandy bottom and works best on medium to high tides. It’s suitable for surfers of all experience levels and has regular wave frequency. The waves are typically less than 50 meters in length. The crowd is usually sparse, making it an appealing choice for those seeking solitude. The northern end of the beach has a rocky point that provides a consistent right-hand reef break, especially during strong northwest swells in winter. The central and southern sections offer peaky beach breaks that can be temperamental. Surfers should be aware of rips, undertow, and rocks in the area. There’s also a presence of sharks. The spot is described as very average most days, usually kind of a beachbreak that rarely gets great. The point on the north end can occasionally line up well and be powerful at size. Scott Creek is located right off the highway just past Davenport Landing. Nearby surf spots include Greyhound Rock, Davenport, Shaks, Waddell Creek, and Laguna Creek. It’s important to check the surf forecast and report before visiting. Always respect the locals and follow surf etiquette, especially when the spot is crowded. Check your skills before paddling out to make sure the spot and conditions fit your surfing level. The area is known for its wildlife, including various bird species, dolphins, seals, and even whales. The beach serves as a habitat for the endangered snowy plover, leading to restrictions such as no pets, fires, overnight camping, or alcohol. Visitors should bring a jacket as weather conditions can change rapidly. Parking is available along Highway 1, but caution is advised when crossing the road. A surf map or webcam can be helpful for assessing conditions before your visit.
Optimal Conditions
Location
Coordinates
37.041100° N, -122.233333° W
Use these coordinates in your preferred mapping or forecast application