Skip to main content

Digi Technologies power zero-emissions London cab

US-based provider of machine-to-machine (M2M) and IoT connectivity products and services Digi International has supplied its Digi ConnectCore 6 (Digi CC6) system-on-module to drive Ecotive's Range Extended Electric (REE) Metrocab taxi – said to be the only zero-emissions-capable black cab currently operating in London. The taxi's core powertrain and infotainment systems, which have been developed by Frazer-Nash Research, use the Digi CC6 to drive the Metrocab's entire driver instrumentation and passenger
June 27, 2016 Read time: 2 mins
US-based provider of machine-to-machine (M2M) and IoT connectivity products and services Digi International has supplied its Digi ConnectCore 6 (Digi CC6) system-on-module to drive Ecotive's Range Extended Electric (REE) Metrocab taxi – said to be the only zero-emissions-capable black cab currently operating in London.

The taxi's core powertrain and infotainment systems, which have been developed by Frazer-Nash Research, use the Digi CC6 to drive the Metrocab's entire driver instrumentation and passenger displays. Frazer-Nash utilises the module in processing information from the drivetrain to the instrument display and in providing wireless connectivity to deliver real-time information, application updates and a more interactive driver and passenger experience.

The taxi is driven by two electric motors with a 1-litre petrol engine coupled with a generator (the range extender) which charges the battery pack. Alternatively, charging can be achieved via any mains outlet, ensuring lower fuel consumption. This configuration, and the sophistication of the powertrain, allows the driver many charging options to maximise their efficiency. The Digi CC6 has been designed to prov

ide a fuller array of instrumentation, providing information on drive mode, speed, fuel economy and battery state of charge. It also provides trip information, distance, level of emissions and general information such as time, temperature, location via GPS and live weather reports.

The Digi CC6 also processes and powers an infotainment system that offers drivers Digital Audio Broadcasting (DAB) radio, FM radio, CD player, MP3, satellite navigation and an in-cab gaming system. For passengers, a rear display and wi-fi connectivity allow for smart phone mirroring and internet access. The rear display can also be used for location-aware advertisements, creating a new revenue source for taxi drivers.

Related Content

  • Technologies to protect connected cars ‘not being utilised’
    August 10, 2016
    A three-year study by IOActive’s Cybersecurity Division has found half of vehicle vulnerabilities could allow cyber attackers to take control of a vehicle - and 71 per cent are ‘easy to exploit’. The research, detailed in a whitepaper, Commonalities in Vehicle Vulnerabilities, is based on real-world security assessments. Technologies which could be exploited include cellular radio, Bluetooth, wi-fi, companion apps, vehicle to vehicle (V2V) radio, onboard diagnostic equipment, infotainment media and Zigbe
  • Init to upgrade CDTA intelligent transportation management system
    March 21, 2017
    Capital District Transportation Authority (CDTA), located in Albany, New York, has awarded Init the contract to implement an intelligent transportation management system (ITMS) across their entire fixed-route fleet. The contract will modernise CDTA’s existing fleet management system to a cloud-hosted system, upgrade the automatic passenger counting system and deploy real-time passenger infotainment displays on-board and at various stop locations. CDTA customers will have their choice of real-time informa
  • Ports are facing a digital sea-change
    March 24, 2021
    Next-generation cellular will revolutionise the ports and maritime sector. Its arrival is just in time, as the industry faces a variety of challenges which require new technological solutions
  • ProPart AV trial crosses the line
    March 25, 2020
    The perceived safety benefits of autonomous vehicles can only be realised with precise positioning. Ben Spencer reports from Sweden on work by a European consortium which aims to use the technology to allow a truck to carry out an automated lane change