Overview
About this Spot
Perkins is a surf spot located in Atlantic Coast, Florida. The spot is situated in Satellite Beach, near the southern boundary of Patrick Air Force Base. Perkins features a combination of sand and rock bottom, with coquina rock shelves influencing the sand movement. The surf spot provides both left and right waves. It works best during low to medium tides, offering regular waves that are suitable for beginners. The wave length is typically less than 50 meters. Perkins usually has few surfers in the lineup, making it less crowded compared to some other spots. The spot is known for its relatively shallow and punchy break, with wave heights ranging from waist-high to about 3 feet overhead. It can handle swells from the northeast to east-northeast, with wave sizes from 2 to 10 feet. Surfers should be cautious of the coquina and worm rock, which can pose hazards. The spot is accessible via a public beach ramp, though parking is limited. Perkins is known for its clean water quality, making it a pleasant spot for surfing. The best seasons for surfing here are fall through spring, especially during hurricane swells. Nearby surf spots include Satellite Beach, Buccaneer, Peg Leg’s, and Hangers. When surfing at Perkins, it’s important to respect the locals and follow surf etiquette, especially when the spot gets crowded. Always check your skills before paddling out to make sure the spot and conditions fit your surfing level. The spot is known for having lots of kids who charge hard. Interestingly, the area is considered safe, with low crime rates – surfers often leave extra boards on the beach without worry. Perkins is described as a good, straightforward spot that can be fun when it’s big and suitable for less experienced surfers when it’s small. For the most up-to-date surf conditions, it’s recommended to check the surf forecast, report, and any available webcams before your visit.
Optimal Conditions
Location
Coordinates
28.200783° N, -80.595583° W
Use these coordinates in your preferred mapping or forecast application