Huawei pledges £8.7bn for autonomous driving as Chery targets 10m sales and eyes London robotaxis

### Context China's automotive industry is shifting focus to intelligent driving technologies amidst intense domestic competition. While passenger vehicle sales in China dropped by 17% in the first three months of this year, exports increased by over 60% in the first quarter. This market dynamic drives Chinese carmakers to seek new revenue streams and expand globally, particularly through advanced software and international sales. The UK emerges as a key target market for this expansion.

### Key Facts Huawei, the telecommunications group, announced an investment of up to £8.7 billion (80 billion yuan) over five years. This capital targets the development of autonomous driving software and computing power. Concurrently, Chery, a leading Chinese car exporter, aims to achieve 10 million global vehicle sales annually by 2030. This represents a significant increase from its 2025 target of 5 million sales. Farrell Hsu, Chery’s UK country director, stated this growth highlights the UK operation's importance to the company's overall business expansion by 2030. Chinese companies are also looking to deploy driverless taxis, with plans for London robotaxis this year through partnerships using self-driving software.

### What It Means These developments signal a focused push by Chinese technology and automotive companies into advanced mobility solutions and global markets. Huawei’s investment underscores the industry's bet on autonomous driving as a future revenue generator beyond traditional vehicle sales. Chery’s ambitious sales target and its UK strategy, including consideration for production and R&D facilities, reflect a broader pattern of Chinese manufacturers establishing significant international footprints. The anticipated arrival of Chinese robotaxis in London marks a direct challenge to established ride-hailing and autonomous vehicle sectors. Future market penetration and the evolution of urban transportation systems remain central points of observation.