Global Market Size, Forecast, and Trend Highlights Over 2025-2037
Automotive USB-C Market size was valued at USD 13.3 million in 2024 and is set to exceed USD 184.08 million by 2037, expanding at over 22.4% CAGR during the forecast period i.e., between 2025-2037. In the year 2025, the industry size of automotive USB-C is estimated at USD 15.68 million.
The automotive USB-C market is growing at a steady pace, mainly due to the need to power devices quickly and conveniently within vehicles today. Car manufacturers are incorporating USB-C ports as a standard feature to increase user-friendliness and to cater to the expanding market for USB-C devices. Being backward compatible, efficient in power delivery and universally adopted, USB-C is poised to revolutionize in-car charging. A significant advancement in this industry was made earlier in May 2024 with the release of MagGo Wireless Car Charger that comes with a cable that can be used both for wireless and wired charging to offer a versatile and efficient solution for contemporary cars. Furthermore, car manufacturers are expanding their USB-C connectivity to their infotainment systems for better integration.
With the development of technology, the use of USB-C interfaces in vehicles is gradually expanding from simple charging to data transmission and connection of infotainment systems. This shift is most visible in car models that come with USB-C charging ports to enhance the digital experience of the passengers. Furthermore, the regulatory push to standardize, like the EU USB-C mandate effective from December 2024, is likely to create more demand for the product. As the adoption of connected and electric vehicles increases, there will be an increased demand for automotive USB-C solutions allowing for new developments that are poised to improve the user experience. Furthermore, as automotive manufacturers move towards smart car systems, USB-C is anticipated to be the key to connecting portable devices, providing over the air updates, and supporting future innovations in autonomous vehicle operation.
