Gordon Murray Technologies combines the expertise of visionary designers and engineers to bring disruptive technologies and low environmental impact innovations to the mobility sector.
Gordon Murray Technologies is guided by seven core principles:
Driving perfection
Performance through light-weighting
Engineering excellence
Sustainable mobility
Disruptive technologies
Low energy solutions
Innovation by design
iStream is an innovative manufacturing process from Gordon Murray Technologies – a chassis that is scaleable to suit any type of vehicle and powertrain. iStream comprises a metallic iFrame to which major components - including powertrain and suspension - mount to, and fast-moulding composite sandwich iPanels. The latter are bonded to the iFrame, acting as stabilising shear panels, for a very stiff overall body structure.
The result is a lightweight automotive platform that meets all the legislative demands of a modern car, and with a fraction of the manufacturing cost.
A primary factor governing battery performance in current electric and hybrid-electric vehicles, both during fast charging and under load, is effective thermal management. Gordon Murray Electronics is working on a programme to enable a step change in fast charging and battery cell cooling: immersive battery cell technology.
By immersing battery cells – packaged via a patented cell separation technique – in an e-fluid, thermal control for fast-charging or during high-load activity is optimised. The concept is modular, ensuring the technology is scalable to suit a number of vehicle platforms.
Utilising its iStream technology, Gordon Murray Technologies has developed three state-of-the-art electric-vehicle platforms spanning a wide range of segments: lightweight sports, small-compact and medium-large vehicles. To enable this scaleability, the electrical architecture is split into six domains: body, powertrain, infotainment, ADAS, chassis and gateway.
Each domain complies with all relevant safety and security legislature.
Gordon Murray Electronics has developed a number of key technologies in Gordon Murray Automotive’s halo supercar, the T.50. Among these are the Integrated Starter Generator, the Active Aero Fan Motor, and both Power and Body Control modules.
The implementation of these technologies on the world’s most driver-centric supercar will enable their utilisation in future GMA and third-party vehicles. For example, the Integrated Starter Generator replaces the conventional, separate, starter and alternator found in conventional cars and – while weighing only 11 kg – can be adapted for electric-vehicle applications.
A key component of Gordon Murray Electronics’ strategy is to become a nominated full-service Tier-one supplier for the design and prototype manufacture of harnesses.
This service will include the schematics, harness drawings, harness build and automated tests.
Light Lighter Lightest
iStream Superlight chassis technologies use innovative production techniques to significantly lower the cost and environmental impact of vehicle manufacturing. The use of recycled materials further enhances the environmental benefits of Superlight, while the 25-35 per cent weight saving over a conventionally manufactured vehicle structure boosts range and lowers lifetime carbon impact.
Critical to the implementation of iStream Superlight are integral modules and systems engineered by Gordon Murray Electronics which deliver a range of electrical functionalities – these technologies also being scaleable to serve the delivery demands of any specific platform configuration.
Click on the hotspots on each platform angle to discover more.
UTILISES iSTREAM SUPERLIGHT TECHNOLOGY
Gordon Murray Technologies Ultralight iStream® technology is an entirely new carbon/aluminium vehicle chassis architecture, first conceived for the Gordon Murray Automotive T.33 supercar.
Ultralight iStream® technology delivers on Gordon Murray Technologies core principles enabling greater performance and efficiency through light-weighting.
