History
Find out how and when the Webber Wave Pools idea was born. Developed over ten years, the Webber Wave Pool has featured in many surf magazines and TV shows. We also have made an award winning film. Listen to Greg Webber in his video ‘A rough history of Greg’s wave making’.
Research
From creating mini sand banks in the harbor at 10 years of age to analyzing the relation-
ship between the radial compression and radial decay of wake waves, Greg Webber and his team of scientists explore a new field to create not only perfect waves but some new science along the way.
Our Visuals
Pictures and videos of the waves that helped steer the evolution of the Webber Wave Pool project. With mesmerizing tracking shots, the videos hint at the kind of experience that will result. Surfing is already addictive, imagine riding faultless waves that never stop.
Commercial Video
Since the early 70s, surfers, inventors and engineers have dreamed of making perfect rideable waves in the man made environment. Many concepts have been patented and scores have been built, but none to date have made waves of significant height with a decent ride length. The Webber Wave Pool is completely different in its method of wave generation and pool shape. The waves break constantly around a circular island within a doughnut shaped pool. The pool generates at least 5 waves at all times. |
Short IntroductionWhat is a Webber Wave Pool? It’s a pool that produces two waves per hull that continually break around a central island. There really is no minimum or maximum pool size with wave height increasing with pool diameter. May 2011 testing proved that we can produce two perfect tubing waves at all times from each hull. See Our Results » Why choose Webber Wave Pools? Firstly, we have a great team behind this great idea. Webber Wave Pools have worked in collaboration with Delft University of Technology (TUDelft), Netherlands and Australian Maritime College (AMC). In 2007 we formed Liquid Time Pty Ltd, which was later awarded an Australian Research Council (ARC) Research grant. See Our People » |
