Abstract
In a momentous development, the UK government is providing support for the introduction of autonomous self-driving shuttle buses to facilitate transportation in Cambridge. These self-driving electric vehicles, set to commence operation in 2024, will traverse specific routes around the city for a duration of 12 months. The project, funded with a total of £84 million from government and industry sources, aims to revolutionise public transport, improve passenger travel options (especially for non-drivers), enhance connectivity for rural communities, and mitigate road collisions caused by human error.
Autonomous Self-Driving Buses in Cambridge: Enhancing Public Transport with Government Support
Residents and visitors of Cambridge will soon have the opportunity to experience a ride in these self-driving shuttle buses, thanks to a pilot initiative that secured a share of £84 million in combined government and industry support for self-driving transport technology. The government's contribution of £42 million is matched by an additional £42 million from industry stakeholders.
Overseen by the Greater Cambridge Partnership and supported by the digital connectivity programme Connecting Cambridgeshire, the Cambridge Project Connector will introduce an on-demand autonomous self-driving shuttle service. This service will operate within Cambridge University's West Cambridge Campus and the Cambridge Biomedical Campus, complementing existing transportation options within the city. The vehicles, which will first hit the roads in early 2024, will initially have safety drivers on board as a precautionary measure. However, the long-term plan entails operating the shuttles without safety drivers, relying instead on remote monitoring. The government has allocated £8.7 million to the project, which has been matched by industry, resulting in a total budget of £17.4 million.
This ground-breaking endeavour stands among seven successful projects across the UK, representing the most advanced commercial autonomous self-driving passenger and freight operations globally. The grants awarded, part of the Centre for Connected and Autonomous Vehicles' Connected and Automated Mobility programme, serve to empower British companies to capitalise on early opportunities, transforming experimental projects into market-ready solutions.
In addition to the Cambridge initiative, nearly £600,000 has been allocated for feasibility studies exploring how self-driving technology can enhance public transport in four other regions of the UK. These studies will investigate potential routes where automated vehicles could operate independently of regular traffic, thereby alleviating congestion. The designated areas for these studies include the A414 in Hertfordshire and Essex, Birmingham and Solihull, Milton Keynes, and eastern Cambridge. Within the Cambridge project, the Greater Cambridge Partnership team will collaborate with Arup and Costain, a construction engineering company, to examine how a proposed corridor can facilitate connections between new developments in eastern Cambridge and the railway network at Cambridge Station.
The introduction of autonomous self-driving vehicles holds the potential to transform public transport and passenger travel, particularly benefiting those who do not drive, while fostering improved connectivity for rural communities and reducing road accidents caused by human error. Forecasts indicate that by 2035, 40% of new car sales in the UK will possess self-driving capabilities. The connected and automated mobility market is projected to be valued at £41.7 billion, making a significant contribution to the UK economy and creating approximately 40,000 skilled jobs in connected and automated vehicle (CAV) technology.
Recognising the importance of safety, the government is committed to enacting legislation that enables the safe and timely integration of self-driving vehicles on UK roads. To achieve this, a proposed "safety ambition" mandates self-driving vehicles to demonstrate an equivalent level of safety to that of a competent and vigilant human driver. These vehicles must meet specific standards to be authorised for autonomous operation throughout their lifespan. Entities overseeing self-driving vehicles may face penalties if they fail to uphold these standards.
