Railway authorities worldwide continue to face significant challenges in ensuring safety at passive level crossings. The Wavetrain system is installed directly at the passive level crossings; no physical strike-in point is needed. This gets Boots Off Ballast and breaks your cost curve for life cycle cost. By using acoustic train detection our system significantly mitigates human factors by delivering consistent warning times, even with mixed traffic and speed. The Wavetrain technology also gives you the flexibility to easily adjust warning time in accordance with local needs and requirements!
The Wavetrain system is a non-invasive solution that installs directly onto the rail at the crossing, eliminating the need for a physical strike-in point. This innovative approach gets Boots Off Ballast and ensures long-term safety.
Wavetrain’s patented acoustic train detection system delivers consistent warnings, regardless of traffic conditions, minimizing human error. With customizable warning times, Wavetrain adapts to your specific needs and requirements.
Wavetrain is a Norwegian company founded in 2009. Our aim is to safely reduce risk at passive level crossings in an affordable and efficient way. The intelligent technology makes it possible to detect trains directly at the level crossing by using the acoustic energy generated by the train. Wavetrain is ISO 9001, 14001, 27001 and 45001 certified. The system is end-to-end CENELEC SIL 2 and IEC 61508 certified.
Stay informed with the latest updates on our events and news. Discover how our Wavetrain system, using acoustic train detection, is revolutionizing safety at passive level crossings. Keep up with industry advancements and see how we're breaking the cost curve for life cycle costs while delivering consistent, flexible warning times. Don’t miss out on our latest developments and announcements.
Thank you to all our existing and future partners, suppliers and the massive interest shown by bo...
We in Wavetrain are excited to invite you to visit our stand at AusRAIL’24. Here we can show...