Ru-bix Advanced Materials is proud to announce that our revolutionary Halo® Tooling Board has been awarded the William Kimberley Green Tech Award at the 2024 World Motorsport Symposium (WMS). This accolade is a testament to our commitment to sustainable innovation and excellence in engineering, positioning us alongside the most influential names in the motorsport and engineering industries.
Other notable winners and nominees included:
• McLaren: Racing Aerodynamics Team
• Ferrari: 499P Le Mans Hypercar
• Toyota: Hydrogen powertrain
Ru-bix Chairman Dr. Barrie Colvin reflected on the evening, saying: “It was an incredible honour to be part of such a prestigious event at a stunning venue. The World Motorsport Symposium is a benchmark for innovation in our industry, and to be recognised alongside such accomplished peers is a true testament to the dedication and expertise of the Ru-bix team.”
About the World Motorsport Symposium
Often referred to as the ‘Davos of Motorsport’, the World Motorsport Symposium is an annual event that gathers the best and brightest in motorsport engineering and technology. Organised by RACE TECH Magazine, the event is a hub of innovation, featuring discussions, awards, and showcases of cutting-edge developments.
The symposium is chaired by industry luminaries such as Ulrich Baretzky, Head of Engine Development at Audi Sport, and John Iley, a respected Formula 1 aerodynamicist. These leaders ensure the event serves as an authoritative platform for recognising ground-breaking advancements in motorsport technology.
The Halo® Tooling Board: A Sustainable Revolution
The Halo® tooling board represents a major breakthrough in sustainable engineering. Designed with cutting-edge thermoset polymer technology, it offers the mechanical strength, thermal stability, and durability demanded by industries such as automotive, aerospace, marine and rail. What sets Halo® apart is its use of bio-carbon content and recycled plastics, which drastically reduce CO2 emissions compared to traditional tooling boards. Halo® enables businesses to achieve their precision engineering goals while minimising environmental impact. Key benefits include:
• High mechanical performance comparable to epoxy boards.
• Thermal stability for high-temperature applications.
• Eco-friendly manufacturing, using fewer energy-intensive processes.
• CO2 reductions, with savings of up to several tonnes of emissions on large-scale projects.
• Epoxy prepreg, compatible.
Case studies include its use in the Aston Martin Vanquish 25, the Callum Skye, and the Ariel E-Nomad, showcase Halo®’s capabilities in real-world applications.