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McLaren CEO Urges UK To Spearhead Supercar Electrification With Next-Gen Battery Tech
The UK, renowned for its high-performance automotive manufacturing and elite motorsport history, has a significant chance to lead in the electrification of supercar production. McLaren Automotive CEO, Michael Leiters, emphasises the need for investment in the domestic supply chain to achieve this goal. He states that the current UK supply chain cannot meet the unique performance requirements of electric supercars.
Mr Leiters calls for a strategic roadmap from any future UK Government to invest in powertrain technologies. "A clear industrial strategy, led by investment in the domestic supply-chain, will deliver growth, support jobs, help decarbonise the economy and secure a vibrant future for the UK performance car industry," he says. He believes that investing in a world-class domestic supply chain is essential for developing high-performance vehicles.
Mr Leiters highlights that government support is crucial to mitigate risks during the transition to electrification. "The costs of this technological shift are astronomical, especially for low-volume, highly-specialised suppliers," he says. He notes that customer demand for electric supercars is currently low because the technology has not yet matched hybrid and combustion engine performance.
He suggests investing in next-generation battery cell manufacturing to position the UK at the forefront of future performance car powertrain technology. "Even hybrid vehicles, which we expect will account for the majority of supercars sold throughout this decade, require the need to locally-source high-performance battery technology due to the EU ‘rules of origin’ requirements on exported vehicles," says Mr Leiters.
Meeting rules of origin requirements will become more challenging with pure electric vehicles. Mr Leiters explains that their hybrid McLaren Artura powertrain has 64% UK content but would drop to 13% if it were a pure EV due to lack of local component sourcing. Historically, luxury and high-performance markets have driven technological change within the industry.
"Look at the McLaren P1 – a technological trail-blazer which proved the capability of high-performance hybrid technology long before electrification was in the mainstream," he says. Developing an electric McLaren supercar could potentially exceed today's performance standards and encourage mass-market customers towards pure electrification.
Broader Implications
Attracting battery suppliers to the UK would benefit other advanced manufacturing sectors such as vertical take-off aircraft and drones. "In the future, a thriving UK supply-chain specialising in cutting-edge, high energy density cells would not only support supercar production but also other advanced manufacturing needs," Mr Leiters says.
The productivity gross value added by McLaren employees is 51% higher than that of the broader UK automotive sector. With over 90% of McLaren supercars being exported, Mr Leiters argues that investing in this sector provides excellent returns for taxpayers.
The UK's rich history in vehicle exportation remains significant today with many admired performance car brands and most Formula 1 teams based there. "We must harness the skills, knowledge and ingenuity of the UK motorsport and performance car industry to create a global, high-performance centre of excellence," Mr Leiters says.
McLaren Automotive's journey began in 2010 as part of McLaren Group and has since grown into a major player in high-performance supercars. The company leverages its racing heritage to produce some of the most spectacular vehicles globally.
The company’s product portfolio includes GTS, supercar, Motorsport and Ultimate models available in over 40 markets worldwide. Hand-assembled at their Woking facility, these cars embody McLaren's commitment to pushing boundaries since introducing carbon fibre chassis technology into Formula 1 in 1981.
The introduction of hybrid hypercars like McLaren P1™ marked significant milestones for McLaren Automotive. Their latest models continue this legacy with innovations such as lightweight architecture designed at their Sheffield facility spearheading their electrified future.
McLaren’s LT models represent peak track performance among series production supercars. The name originates from their 'Longtail' version introduced in 1997 and continues with recent models like 765LT coupe and Spider launched between 2020-2021.
The company's latest innovations include Artura Spider – their first high-performance hybrid convertible introduced early 2024 alongside new GTS replacing previous GT model within twelve months span showcasing rapid development pace maintained by McLaren Automotive team consistently delivering top-notch products globally recognised across various platforms including social media channels where they actively engage audiences worldwide sharing updates about upcoming releases events etcetera ensuring brand remains relevant amidst ever-evolving market dynamics driven primarily through continuous innovation backed strong heritage rooted deeply within motorsport culture synonymous excellence unmatched anywhere else making them true pioneers field setting benchmarks others aspire achieve ultimately benefiting entire industry collectively pushing forward together towards brighter sustainable future powered cutting-edge technologies developed right here United Kingdom paving way next generation automotive advancements shaping tomorrow today without compromising quality or performance standards expected discerning clientele accustomed nothing less than best class-leading attributes synonymous name itself proudly representing British engineering prowess globally respected admired alike everywhere go leaving lasting impression wherever seen heard experienced firsthand truly remarkable journey indeed worth celebrating every step along way!
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