Skip to main content

UK government to invest in autonomous cars, low emission vehicles

Presenting his Autumn Statement, Chancellor Philip Hammond announced investment in transportation, including £390 million for future transport and a major new investment in the UK transport infrastructure. The £390 million investment in future technology includes: investment in testing infrastructure for driverless cars; provision of at least 550 new electric and hydrogen buses, reduce the emissions of 1,500 existing buses and support taxis to become zero emission; installation of more charging points fo
November 24, 2016 Read time: 3 mins
Presenting his Autumn Statement, Chancellor Philip Hammond announced investment in transportation, including £390 million for future transport and a major new investment in the UK transport infrastructure.

The £390 million investment in future technology includes: investment in testing infrastructure for driverless cars; provision of at least 550 new electric and hydrogen buses, reduce the emissions of 1,500 existing buses and support taxis to become zero emission; installation of more charging points for ultra-low emission vehicles.

Investment in transport infrastructure includes: £1.1 billion to reduce congestion and upgrade local roads and public transport; £220 million to tackle road safety and congestion on 8101 Highways England roads; £27 million to develop an expressway connecting Oxford and Cambridge.

Commenting on the proposals, Roger Crow, executive VP and managing director of Europe, 378 Cubic Transportation Systems, said he believes increased investment is needed in the UK’s transport infrastructure alongside additional investment in intelligent mobility.

He said, “We are already making real strides in developing smarter cities which will open up transportation, delivering safer, more secure and reliable journeys for travellers. There are no easy answers but additional investment in the most impactful areas would be a major step in the right direction in providing transport solutions which will help relieve pressure created by population growth and traffic increases.

We also need additional investment if we are to significantly move towards better transport links between the Northern Powerhouse, the Midlands Engine and the South East. This will create greater economic growth for the UK and provide businesses with the vital skills they need to build these economic hubs.”

James Stamp, head of transport at KPMG UK, said that specific improvements, such as alleviating road network pinch-points and the Midlands Rail Hub, are welcome, as is the positive sentiment about Crossrail 2. However, even with investment in specific schemes, he believes demand for transportation will always be ahead of the ability to pour more concrete.

He says, “Making more from the capacity we have is – and will stay – key. Without this, congestion will remain a limiting factor on productivity,” he said. “It is therefore vital that investment in transport innovation tackles not only the specific issues of today, but also fundamentally how and why people will travel in the future. Smart ticketing, autonomous vehicles, and smart infrastructure all individually promise incremental benefits, and investment in this area is therefore encouraging. But the exponential change that could be unleashed by combining these initiatives (along with better use of data for providing information and choice to passengers) together is the real prize. Translating the potential of Mobility-as-a-Service, enabled by digital technology, to reality will require collaboration between policy makers, private operators, and transport authorities. It must be a key aim for the Government.”

In addition, fuel duty will remain frozen for a seventh year. Commenting on this, the 6983 Freight Transport Association (FTA) said a cut would have boosted Britain’s economy by putting money in people’s pockets and reducing costs for transport operators. FTA has consistently called for a 3p per litre cut in fuel duty, which would deliver around £1,500 annual saving on the running cost of a 44 tonne truck.

There will also be a two-year 100 per cent first year allowance for companies who install electric charge-points, allowing companies to deduct the cost of the charge-point from their pre-tax profits in that year‎.

And £450 million will also be spent on trialling railway digital signalling technology which will expand capacity and improve reliability.

For more information on companies in this article

Related Content

  • Autonomous driving and emissions regulations fuelling 48v power-net
    February 17, 2017
    The launch of autonomous vehicles and a host of electronic components render the current 12-volts (v) battery nearly unusable, says a new report by Frost & Sullivan, Strategic Analysis of the Global 48v Power-net Market. To meet stringent global emissions regulations and offer a basic semi-autonomous system, original equipment manufacturers (OEMs) must electrify components while offering a bigger source of power. Therefore, OEMs plan to migrate to a 48v power-net and use two voltages. Heavy-duty, power-h
  • UK government awards funding for transport technology projects
    February 23, 2017
    The UK government has awarded funding of US$4.9 million (£4 million) for technology projects that will cut congestion, speed up journeys and clean up the environment. Nineteen councils across England will receive between US$62,000 (£50,000) US$374,000 (£300,000) each for their ideas to improve journeys through digital innovation. The government money will be spent on developing cutting edge technology such as apps and sensors which can be used to cut congestion, improve parking in city centres and ale
  • Kapsch backs tolls & traffic management to be part of EU taxonomy
    November 14, 2024
    Firm says they will help meet Net Zero target in European Green Deal
  • Cities to invest $64 billion in LED and smart streetlights by 2025
    April 28, 2015
    A new study by the Northeast Group says there are currently more than 2,000 LED and smart streetlight projects globally. With these infrastructure projects, cities and municipalities across the world modernise their streetlights with more efficient light-emitting diode (LED) lights. They are also deploying sensors, communications and analytics software throughout their street lighting infrastructure and creating smart cities. This is a key segment of the emerging Internet of Things. Rapidly falling costs an