AllWaves provides technology to create All surfing Waves.
Our world first underwater technology makes waves arise out of the blue. Adjustable and variable. Whenever you like.
AllWaves BV is an engineering company founded in 2020. We deliver R&D, design, commissioning and maintenance of the new generation of wave-generating systems that offers surfing waves in a surf pool.
AllWaves taps into the internationally growing market of wave pools introducing its disruptive wavemaker. Safe, free from visual and noise impact and energy efficient, the wavemaker offers a ride that reflects the natural surf experience. Or even better. Rides are minimum 50m and waves come every 7 seconds. With a viable business model for our clients, we make surfing accessible for everybody. Young, old. Men, women, X. Beginner or advanced.
The A-team is backed with 10 years of experience in the wave energy sector and 20+ years of surfing around the world.
We have exciting times ahead as we are at the eve of opening our full scale R&D surf pool in Knokke-Heist (Belgium) where we will run tests during a year (for surfers: yes, you can test it every day!).
We are a small agile and dedicated team passionate about changing the standards in the market of wavemakers. We are surrounded with exquise partners of world class with a track record in their area (Lakeside Paradise, SIOEN, VAPO and Coastal Ocean Bassin). We expect the same from our new colleagues.
We seek can-do spirits who are passionate about their work, motivated, curious, well organised and team players, living (or willing to live) in a radius of 50 km around Knokke-Heist.
We are the first to present a safe, underwater and highly energy efficient technology. Our knowledge on wave generation is captured in intelligent algorithms with infinite possibilities. A simple push on the button makes the desired wave roll. Our technology:
is extremely safe and invisible;
operates highly energy efficient with optimal energy transfers;
allows for high precision manipulation to create high quality waves and wave sections;