Skip to main content

Low carbon vehicle technology competition winners announced at LCV 2017

The winners securing a share of a recent US$5 million (£3.9 million) investment for low carbon development and demonstration projects in the niche vehicle sector have been announced at LCV 2017. Thirty projects have been successful in receiving grant funding from the Niche Vehicle Network competitions, collectively supported by Innovate UK, the Office for Low Emission Vehicles (OLEV) and the Advanced Propulsion Centre (APC).
September 8, 2017 Read time: 2 mins
The winners securing a share of a recent US$5 million (£3.9 million) investment for low carbon development and demonstration projects in the niche vehicle sector have been announced at LCV 2017.


Thirty projects have been successful in receiving grant funding from the Niche Vehicle Network competitions, collectively supported by Innovate UK, the Office for Low Emission Vehicles (OLEV) and the Advanced Propulsion Centre (APC).

Winning projects include: the development of clean, extended-range tyres for electric vehicles made from advanced natural materials; design of a carbon composite motorcycle frame with minimal component count and optimised shape for strength, stiffness and space envelope; development of a novel low-cost, 3-wheeled, multi-passenger, electric vehicle platform. Other winners were: production of prototype titanium brake callipers, via a low-cost, high-efficiency manufacturing process; design, development, prototyping and testing of a novel and innovative high specific output 48v electric machine and energy storage system; development of an autonomous road sweeper using the latest sensor and mapping technology; design validation and manufacturing process development of air bearings, to deliver oil-free turbochargers.

All the projects will receive 50 per cent of their project costs and will cover the balance of the project costs with their own resources. All are collaborative between at least three UK-based companies active in the low carbon vehicle technology sector.

Further details of all successful projects can be found on the Niche Vehicle Network %$Linker: 2 External <?xml version="1.0" encoding="utf-16"?><dictionary /> 0 0 0 link-external website false http://www.nichevehiclenetwork.co.uk/ false false%>.

Related Content

  • October 11, 2017
    Call for ITS World Congress in Copenhagen now open
    The Call for Contributions for ITS World Congress in Copenhagen 2018 are now open with a deadline for 15 December 2017. Leading up to the event, the City of Copenhagen and the Danish Industry Foundation have hosted the first ITS Hackathon, which aims to motivate Danish businesses to test new ITS solutions in the urban environment.
  • February 6, 2019
    Lime brings renewable operations to France
    Lime’s scooters and warehouses in France will be powered by local, solar and small hydro projects in a bid to advance clean micro mobility in Europe, the firm says. The move stems from a three-year agreement with Planète Oui, an electricity provider which supplies 100% local and renewable energy. As part of the deal, Lime’s ‘Juicer’ partners which join Planète Oui will receive a free three-month subscription to the service and an additional 20% discount on their monthly subscription thereafter. J
  • November 23, 2017
    Autumn budget: EV charging infrastructure fund and higher tax rates for diesel vehicles
    Chancellor of the Exchequer Philip Hammond has announced a £400m ($532m) charging infrastructure fund for electric vehicles (EVs), an extra £100m ($133m) investment in Plug-In-Car Grant, and a £40m ($53m) in charging R&D in the UK’s Autumn Budget 2017. He added that laws need to be clarified so that motorists who charge their EVs at work will not face a benefit-in-kind charge from next year.
  • March 19, 2018
    Imago’s VisionCam LM makes Intertraffic debut
    Imago Technologies is showcasing its new VisionCam LM which can unify different components of a line scan application in a single device. A modern, fast Arm Dual-Cortex A15 processor with Linux processes the data from a line scan sensor with up to 8Kb pixels in monochrome or colour. With over four times higher computing power in comparison with a Dual-Cortex A9, line scan rates of up to 50 kHz with 4Kb resolution can be reached and processed.