Skip to main content

New Zealand airport to trial autonomous shuttle

New Zealand’s first on-road research trial of autonomous vehicles has been launched at Christchurch Airport, with the arrival of a fully autonomous Smart Shuttle which will begin testing in the next few weeks. Christchurch International Airport has partnered with the country’s intelligent transport system (ITS) supplier, HMI Technologies for the trial, which will use a French manufactured NAVYA ARMA autonomous shuttle vehicle operating on private roads of the Christchurch International Airport campus. Th
January 27, 2017 Read time: 2 mins
New Zealand’s first on-road research trial of autonomous vehicles has been launched at Christchurch Airport, with the arrival of a fully autonomous Smart Shuttle which will begin testing in the next few weeks.

Christchurch International Airport has partnered with the country’s intelligent transport system (ITS) supplier, 8502 HMI Technologies for the trial, which will use a French manufactured NAVYA ARMA autonomous shuttle vehicle operating on private roads of the Christchurch International Airport campus. The Smart Shuttle will carry 15 people, has no steering wheel and is electric powered.

It has no steering wheel and has guidance systems that combine many different types of technology including LiDARs, stereo vision, and odometry. It is also 100 per cent electric and can operate on inductive charging.

Christchurch Airport chief executive Malcolm Johns says his team is keen to understand how autonomous shuttles might operate at Christchurch Airport and how people may react and interact with them.

"We can see the potential for driverless vehicles to transform and enhance mobility and transport options on the airport campus. We want to explore the possibility of deploying autonomous vehicles to assist people moving around our campus efficiently and sustainably, so we formed a partnership with HMI Technologies to consider how we might make this happen."

For more information on companies in this article

Related Content

  • Increasing road safety with automated driver assistance systems
    January 26, 2012
    Jon Masters looks at how drivers will be trained to use the increasing number of advanced driver assistance systems being incorporated into modern cars
  • Cooperative road infrastructures - progress and the future
    February 1, 2012
    Robert Bertini, deputy administrator of the USDOT's Research and Innovative Technology Administration, discusses the research and deployment paths of cooperative road infrastructures. High-level analysis by the US's National Highway Traffic Safety Administration (NHTSA) of the potential of Vehicle-to-Infrastructure/Infrastructure-to-Vehicle (V2I/I2V) and Vehicle-to-Vehicle (V2V) technologies indicates that V2V could in exclusivity address a large proportion of crashes involving unimpaired drivers. In fact,
  • Advanced Driver Assistance Systems: a solution or another problem?
    November 27, 2013
    Do Advanced Driver Assistance Systems represent a positive step forward for safety, or something of a safety risk? Jason Barnes discusses the issue with leading industry figures. Advanced Driver Assistance Systems (ADAS) are already common. Anti-lock brakes or electronic stability control are well understood and are either fitted as standard or frequently requested by new vehicle buyers. More advanced ADAS features are appearing on many top-end vehicles and the trickle-down has already started. Adaptive
  • Keolis trials electric autonomous shuttle in Belgium
    September 11, 2018
    Keolis is trialling an electric autonomous shuttle to take riders to the caves of Han-sur-Lesse, a tourist attraction in Belgium. The study will assess the reactions of passengers travelling along a 500m route in normal traffic conditions to help improve the safety of the technology. The Navya shuttle can carry up to 15 passengers from the parking area to the caves. It features lidar sensors, a GPS real-time kinematic odometric system, vehicle-to-everything connection and cameras which allows it to dete