German surfer Sebastian Steudtner may have broken his own record for riding the biggest wave in history earlier this year.
The monster wave in the famed surfing sport of Nazaré, Portugal was provisionally measured at 28.57 metres (93.72 feet), pending ratification.
If confirmed, the wave would eclipse Steudtner’s current record of 26.21 metres (86 feet) set in 2020, also in the fishing village of Nazaré.
In a post on Instagram, Steudtner described the feat as “surfing the unsurfable” alongside footage of the wave, a foaming mass of white water trailing in his wake.
Porsche, which had a role in measuring the wave, said that the height was determined using drone technology developed by Team Steudtner and Porsche Engineering. Traditionally, record-breaking waves have been measured by analyzing video footage and images.
“It was a challenge to develop a drone that can measure not only the height of the waves but is also capable of tracking the surfer within the radius throughout the entire wave ride,” said Marcus Schmelz, project manager at Porsche Engineering.
The World Surf League, the sport’s global governing body, will have to confirm whether the wave from the February 24 event is an official world record.
That day produced historic conditions at Nazaré. So much so that the organizer of the big-wave event, Gigantes de Nazaré, asked on its Instagram feed if some of the waves, such as one surfed by Brazilian Lucas “Chumbo” Chianca, could have even exceeded the mythical mark of 100 feet (just over 30 metres).
The swells of the Atlantic Ocean and a deep canyon close to the shoreline make Nazaré a spectacular location for those hoping to surf some of the world’s biggest waves.
The 38-year-old Steudtner, like many of his peers, relocates to the west coast of Portugal for the big-wave season, which lasts from October to March.
He has adopted a scientific approach in his quest to surf a wave more than 100-feet tall, honing his craft in wind tunnels usually reserved for Porsche’s car testing and partnering with tech company Siemens as part of a project researching the biomechanics of big-wave surfing.
