Aptiv and Hyundai to develop AV tech

Dublin-based Aptiv has partnered with South Korean automotive manufacturer Hyundai Motor to develop SAE Level 4 and 5 autonomous vehicle (AV) technologies. Aptiv says the joint venture will begin testing fully autonomous systems in 2020 and have an autonomous driving platform available for robo-taxi providers, fleet operators and automotive manufacturers in 2022. As part of the deal, Aptiv is dedicating around 700 employees to develop AV solutions. Hyundai and its affiliates Kia Motors and Hyundai M
September 27, 2019 Read time: 1 min

Dublin-based 8904 Aptiv has partnered with South Korean automotive manufacturer 1684 Hyundai Motor to develop 567 SAE Level 4 and 5 autonomous vehicle (AV) technologies.

Aptiv says the joint venture will begin testing fully autonomous systems in 2020 and have an autonomous driving platform available for robo-taxi providers, fleet operators and automotive manufacturers in 2022.

As part of the deal, Aptiv is dedicating around 700 employees to develop AV solutions. Hyundai and its affiliates Kia Motors and Hyundai Mobis will invest $1.6bn into the joint venture and contribute $400m in vehicle engineering services and R&D resources.

Aptiv CEO Kevin Clark says the partnership will help the company develop “advanced driver assistance systems, vehicle connectivity solutions and smart vehicle architecture”.

Aptiv’s autonomous mobility team will lead the joint venture from Boston, with technology centres across the US and Asia. A centre in Korea will serve as a base for vehicle modification and a testbed for autonomous driving platforms.

For more information on companies in this article

Related Content

  • New EU project to develop an 'internet of mobility'
    February 6, 2013
    Over the next three and a half years, the US$21.1 million Mobinet project aims to capitalise on the widespread growth in smartphones, mobile data services, and cloud-based computing to launch a new generation of travel apps for European citizens, and transport services for businesses and local authorities. Intelligent transport services (ITS) apply leading-edge mobile communications and information technology to make travel safer, smarter and cleaner, but the challenge is to deploy these Europe-wide and to
    Read More
  • University of Michigan’s M City to test autonomous driving
    March 27, 2015
    The University of Michigan is creating the Mobility Transformation Center (MTC), in partnership with government and leading tech companies, as a means to test and develop the infrastructure and in-vehicle components to make autonomous vehicles a reality. M City, the nickname for the MTC, is a mock city that allows developers to test a fully autonomous driving experience in a real-world environment. With completion scheduled for July, the 32-acre facility on U of M’s North Campus will include buildings,
    Read More
  • Congestion could cost Australian cities $40bn by 2030, says minister
    September 11, 2019
    Australian state capitals are paying $25 billion per year on avoidable congestion - and could end up paying $40bn by 2030 unless there is a policy change. That is the stark warning from Alan Tudge, federal minister of population, cities and urban infrastructure, who spoke at Australia’s seventh ITS Summit. Discussing how ITS technologies can help solve gridlock, he described some of the projects which fall under the Australian government’s $100bn programme of transport infrastructure expenditure – suc
    Read More
  • Car makers test next generation connected car communications technology
    July 11, 2016
    Audi, Deutsche Telekom, Huawei, Toyota Motor Europe and other car manufacturers are currently carrying out technical field trials on testing LTE-Vehicular (LTE-V), which is seen as a potential enabler for road safety applications and traffic control services as well as emerging automated driving use. The tests, which are being carried out on the A9 motorway in Germany, with the objective of assessing the performance of LTE-V for connected vehicle communications during its standardisation process. LTE
    Read More

Highlighted Content