Overview
About this Spot
Greyhound Rock is a surf spot located in Bay Area, California. The spot is situated approximately 18 miles north of Santa Cruz on Highway 1 in Santa Cruz County. The surf spot provides left waves. Greyhound Rock features two distinct left-breaking waves: one breaks on a submerged reef and is more consistent, while the other breaks in front of the main rock, offering powerful barrels suitable for experienced surfers. The waves are best during low and mid tides, with favorable swell directions from the north, northwest, west, southwest, and south. Winds from the north and northeast are ideal for surfing conditions. The spot has a mix of rocks and sand bottom, making it suitable for intermediate surfers. Greyhound Rock is known for its uncrowded conditions, offering a peaceful surfing experience. The area is accessible via a steep, paved trail from a parking lot situated atop the cliffs overlooking the beach. This trail, though short, can be muddy in places, with benches available for rest along the way. The beach features numerous tide pools and large mudstone rocks, including the prominent Greyhound Rock itself. Surfers should be aware of potential hazards such as rocks and shark activity in the area. It’s important to check your skills before paddling out to ensure the spot and conditions match your surfing level. When the spot is crowded, remember to respect the locals and follow proper surf etiquette. Nearby surf spots include Waddell Creek, Scott Creek, Ano Nuevo, Davenport, and Sharks. Greyhound Rock is considered a world-class surf spot. The beach is dog-friendly, with dogs allowed on leashes. Amenities include picnic tables, benches, and restrooms located at the parking lot. For those interested in marine life, the area is known for its diverse species, including a concentration of great white sharks. Always check the surf forecast and report before visiting Greyhound Rock to ensure optimal surfing conditions.
Optimal Conditions
Location
Coordinates
37.076768° N, -122.270011° W
Use these coordinates in your preferred mapping or forecast application