Overview
About this Spot
Kapaniah is a surf spot located in Big Island, Hawaii. The spot provides both left and right waves. Kapaniah is known for its exposed reef break that offers surfing opportunities year-round. The waves at this spot are primarily generated by groundswells, with the optimal swell direction being from the northeast. Offshore winds from the southwest create favorable surfing conditions. Kapaniah is a very consistent surf spot with wave lengths ranging from 50 to 150 meters. The spot is suitable for all levels of experience and can be surfed at all tides. The bottom is characterized by boulders, and surfers should be cautious of potential hazards such as rocks and sea urchins in the area. Kapaniah typically sees few surfers, making it a relatively uncrowded spot. However, it’s always important to respect the locals and check the surf etiquette when the spot gets busier. The water temperature at Kapaniah is comfortably warm, averaging around 26.6°C (79.9°F), which allows for surfing without a wetsuit. Spring, particularly March, is considered the best time to surf at Kapaniah when conditions are most favorable. Access to the spot involves driving on a flat dirt road strip to the top of a cliff. A 4×4 vehicle is recommended, especially if conditions are slippery. Parking is available at the top of the cliff, or you can take a 4×4 vehicle to the bottom. It’s worth noting that during rainy periods, the nearby river can flow, potentially making the water murky. Despite this, Kapaniah often offers plenty of waves to catch. The spot is considered a good place to learn surfing or bodyboarding. Nearby surf spots include Keokea Beach Park, Swimming Pools, Kohala Lighthouse, Coast Guard, and Waipio Valley. Remember to check your skills before paddling out to ensure the spot and conditions match your surfing level. For the latest surf forecast, report, and map information, be sure to check reliable sources before your visit.
Optimal Conditions
Location
Coordinates
20.229500° N, -155.752483° W
Use these coordinates in your preferred mapping or forecast application