Skip to main content

TRL publishes C/AV roadmap for 2035

Document themes cover industry, vehicle and technology and infrastructure
By Ben Spencer February 16, 2022 Read time: 2 mins
TRL set out to identify the gaps and challenges in the development of remote operation for C/AVs (© BiancoBlue | Dreamstime.com)

TRL (Transport Research Laboratory) has developed a roadmap to enable the remote operation of connected and autonomous vehicles (C/AVs) by 2035.

The document contains a high-level roadmap that seeks to provide a pathway to enable the removal of the safety driver and test assistant roles from an AV for remotely operated on-highway operation in the UK.

This section of the report brings together 11 thematic streams organised around three broader themes: 'Industry, Users and Society'; 'Vehicle and Technology' and 'Infrastructure' to be delivered through UK Government and industry-wide collaboration.

The streams within 'Industry, Users and Society' are Legislation and Insurance (address driver responsibility for road worthiness), Licensing and Use (review existing licensing requirements) and Training and Skills Development (establish requirements for safe and comprehensive training). 

Within 'Vehicle and Technology', the thematic streams range from Cybersecurity (establish cybersecurity requirements), Data (define data governance and ownership) and Network and Connectivity (establish latency latency requirements). 

For 'Infrastructure', the sub-streams cover Data (Define methods of using data from connected infrastructure to aid remote operation) and Communications (Identify infrastructure requirements to support remote operation). 

Camilla Fowler, head of automated transport at TRL, explains: “Our roadmap has been developed based on an extensive literature review, industry stakeholder consultation, expert opinion from TRL, and with reference to other C/AV roadmaps such as Zenzic’s in 2020 and TRL’s in the same year. Our aim was to firstly identify the gaps and challenges in the development and adoption of remote operation for C/AVs, and then provide a set of recommendations that could address these gaps."

“It is vital that we continue the significant progression the industry has made in moving C/AVs forward towards level four and full automation,” Fowler continues. 

“As part of the UK’s future new mobility requirements, C/AVs will be an integral part of the mix. Therefore, we need to do all we can to enable their full potential. This roadmap provides the areas that require work in order to achieve the desired endgame.”
 

For more information on companies in this article

Related Content

  • Resilient transport networks: top 10 features
    June 11, 2021
    Summary from European ITS groups highlights sensing, monitoring and real-time modelling
  • Tesla crash in China puts autonomous cars in the spotlight again
    August 11, 2016
    Tesla is investigating the crash in Beijing, China last week, when a Tesla Model S in autopilot mode hit the side of a parked car. According to Reuters, Tesla said it had reviewed data to confirm the car was in autopilot mode, a system that takes control of steering and braking in certain conditions. Tesla also said it was the driver's responsibility to maintain control of the vehicle. In this case, it said, the driver's hands were not detected on the steering wheel. "The driver of the Tesla, whose h
  • ITS applications a key part of US national strategy
    July 18, 2012
    The US Department of Transportation's ITS Joint Program Office has issued a Request for Information for its next five-year plan, which will emphasis the transformative potential of wireless connectivity. Shelley Row, ITS JPO Director, writes. During his confirmation hearing in January, US Transportation Secretary Ray LaHood emphasised that the US Department of Transportation (USDOT) will remain committed to improving the safety of the country's transportation system under his leadership, and will engage in
  • Integrated command and control solution for UK tunnel
    January 27, 2012
    UK company Sicura Systems is supplying a fully fault-tolerant, integrated command and control solution to the US$416 million New Tyne Crossing project on the A19 near Newcastle in England.