Mavericks (location)

Mavericks is a surfing location in northern California about 2 miles (3 km) from shore outside Pillar Point Harbor, just north of the town of Half Moon Bay at the village of Princeton-by-the-Sea. After a strong winter storm in the northern Pacific Ocean, waves can routinely crest at over 25 feet (8 m) and top out at over 60 feet (18 m). Routinely, waves that break can be recorded on seismometers. The break is caused by an unusually shaped underwater rock formation.

Mavericks is a winter destination for some of the world's best big wave surfers. Very few riders become big wave surfers, and of those, only a select few are willing to risk their lives under the hazardous, sometimes deadly, conditions at Mavericks. An invitation-only contest is held there most winters, when the waves come.

In early March 1967, Alex Matienzo, Jim Thompson, and Dick Knottmeyer surfed the distant waves of Pillar Point. With them was Matienzo's roommate's white-haired German Shepherd, Maverick, who was accustomed to swimming with his owner and Matienzo while they were surfing. The three surfers left Maverick on shore, but he swam out to them. Finding the conditions unsafe for the dog, Matienzo tied him up before rejoining the others. The riders had limited success that day as they surfed overhead peaks about 1/4 mile from shore, just along the rocks that are visible from shore; they deemed the bigger outside waves too dangerous. The surfers named the location after Maverick, who seemed to have gotten the most pleasure from the experience.

Sea-floor maps released by the US National Oceanic and Atmospheric Administration in 2007 revealed the mechanisms behind Mavericks' waves. A long, sloping ramp leads to the surface. The ramp slows the propagation of the wave over it. The wave over the deep troughs on each side of the ramp continues at full speed forming two angles in the wavefront centered over the boundaries between the ramp and the troughs. The result of this is a U-shaped or V-shaped wavefront on the ramp that contains the wave energy from the full width of the ramp. This U-shaped or V-shaped wave then collapses into a small area at the top center of the ramp with tremendous force.

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Wikipedia