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| Flybrid | |
|---|---|
| Name | Flybrid |
| Type | Private |
| Industry | Automotive, Aerospace, Energy |
| Founded | 2000 |
| Founders | John Hargreaves |
| Fate | Acquired by Torotrak (2011) |
| Headquarters | United Kingdom |
| Products | KERS, flywheel energy storage, hybrid systems |
Flybrid Flybrid was a British engineering company specializing in high-speed flywheel energy storage and kinetic energy recovery systems (KERS) for automotive and motorsport applications. The company developed mechanical hybrid devices used by teams in Formula One and for road car prototypes, engaging with firms across the automotive industry, aerospace industry, and renewable energy sectors. Flybrid's work intersected with major manufacturers, suppliers, and research institutions while contributing to technologies referenced in international motorsport competition and UK industrial innovation programs.
Flybrid was founded in 2000 by engineer John Hargreaves and operated within the UK's high-tech engineering cluster, collaborating with entities such as McLaren Group, Jaguar Land Rover, and research centers like the University of Cambridge and the Imperial College London. The company gained prominence through participation in Formula One technical supply chains during the 2000s, supplying systems evaluated under FIA regulations and used in development cycles alongside teams competing in events like the Monaco Grand Prix and the British Grand Prix. In 2011 Flybrid was acquired by Torotrak plc, integrating into a larger powertrain and transmission supplier footprint linked to markets served by corporations such as Ford Motor Company, General Motors, and Renault. Post-acquisition, Flybrid technology influenced projects drawing interest from the UK Department for Transport, Technology Strategy Board (Innovate UK), and collaborative programs with institutes like Cranfield University.
Flybrid engineered high-speed composite flywheels encased in vacuum housings, combined with power transmission elements such as continuously variable transmissions and clutch assemblies. Its flywheel systems targeted kinetic energy recovery similar in aim to projects at Siemens, ABB, and Bosch while differentiating via mechanical energy pathways akin to developments from Williams Advanced Engineering and Magneti Marelli. Flybrid's KERS solutions were developed to meet endurance and safety standards comparable to components from Brembo, Michelin testing regimes, and materials research from Rolls-Royce Holdings supply chains. The company's product suite encompassed prototypes for light-commercial vehicles and performance cars, drawing engineering parallels to work at Lotus Cars, Aston Martin, and experimental programs with Nissan and Toyota engineering centers.
Prior to acquisition, Flybrid operated as a privately held limited company with an executive team engaging in partnerships and supplier agreements with multinational corporations such as Cummins, ZF Friedrichshafen, and Dana Incorporated. The corporate trajectory included strategic investment rounds involving venture entities and industrial investors resembling transactions seen with ARM Holdings spin-offs and collaborations typical of technology transfer offices at Imperial Innovations. After integration into Torotrak plc, Flybrid technologies became part of a portfolio that interfaced with tier-one suppliers serving OEMs including Volkswagen Group, BMW Group, and Daimler AG.
Flybrid's flywheel and KERS implementations were applied in Formula One demonstration and development programs, endurance motorsport initiatives like the 24 Hours of Le Mans research efforts, and road-car prototype projects targeting emissions reduction efforts similar to programs at McLaren Automotive and Audi Sport. The technology was evaluated for urban transit and commercial vehicle recovery systems in pilot projects comparable to those pursued by Transport for London and municipal fleets influenced by European Union directives. Collaborative projects involved institutions such as the University of Nottingham and University of Oxford engineering departments, and industrial demonstrations alongside suppliers like Tata Motors and MAN SE.
Flybrid secured funding through venture capital, corporate partnerships, and government innovation grants akin to those administered by Innovate UK and the European Commission framework programs. Collaborative development agreements mirrored partnerships between Jaguar Land Rover and academic consortia, and included technical alliances with component manufacturers like GKN plc, Schaeffler Group, and electronics firms such as Continental AG. Strategic alliances and joint development work reflected models used by BAE Systems and Thales Group in defense and aerospace R&D collaborations.
Flybrid received industry recognition for engineering innovation and motorsport technology contributions, earning attention from organizations and events such as the Royal Academy of Engineering, Autocar awards contexts, and technology showcases at venues like the Mobile World Congress and the Geneva Motor Show. The firm's achievements were noted alongside recipients such as Sir James Dyson laureates and companies honored by bodies like the Society of Motor Manufacturers and Traders.
Category:British companies Category:Engineering companies of the United Kingdom Category:Automotive technology companies