Skip to main content

Spark and Ohmio trial 5G-connected driverless car in New Zealand

Telecoms operator Spark has joined forces with Ohmio Automotion to trial a 5G-connected driverless car on the streets of Auckland, New Zealand. The test was carried out in a controlled area at Auckland’s Wynyard Quarter Innovation Precinct, using Spark’s pre-commercial 5G network, which is available as part of its 5G Innovation lab. Spark launched the lab last November and is now using it to work with businesses in New Zealand to test the technical capabilities of 5G. Ohmio’s driverless car has b
March 15, 2019 Read time: 2 mins

Telecoms operator Spark has joined forces with Ohmio Automotion to trial a 5G-connected driverless car on the streets of Auckland, New Zealand.

The test was carried out in a controlled area at Auckland’s Wynyard Quarter Innovation Precinct, using Spark’s pre-commercial 5G network, which is available as part of its 5G Innovation lab.

Spark launched the lab last November and is now using it to work with businesses in New Zealand to test the technical capabilities of 5G.

Ohmio’s driverless car has been upgraded with new technology to ensure it integrates with Spark’s 5G test network.

Dr Mahmood Hikmet, Ohmio’s head of R&D, claims that a 5G network can be up to 100 times faster than 4G, which unlocks potential for autonomous driving, allowing messages to be transmitted, and decisions made, in real-time.

“A significant drop in latency – or the reaction time when one device talks to another – will give cars human-like reflexes and opens up multiple possibilities for connected infrastructure and a smart city ecosystem,” Hikmet adds.

The 5G-connected car can carry up to four people and has been operating at a top speed of 4mph during the pre-programmed test drive loop lasting approximately seven minutes. Passengers can hail the car using a tablet. Inside, a dashboard tells users what the car is monitoring in real-time using Lidar technology to help make sense of the surrounding environment.

Ohmio intends to launch more driverless cars in airports, university campuses and hospitals. The company is also seeking to obtain an on-road certification and looking for opportunities to use the cars on public streets alongside regular vehicles.

Colin Brown, Spark’s lead for network evolution, says: “Over the coming months we will continue rolling out more real-world tests of 5G-connected technology with businesses.”

Related Content

  • Qualcomm and automotive companies to drive C-V2X commercialisation
    February 27, 2018
    Qualcomm Technologies (QCOM) is working with an ecosystem of carmakers and automotive suppliers to accelerate the commercial introduction of Cellular Vehicle-to-Everything (C-V2X) technology using its 9150 C-V2X chipset solution. The participants are seeking to utilise the device for next-generation vehicles and roadside infrastructure, staring in 2019. 9150 C-V2X is said to feature improved direct communication range, reliability and latency when faced with congested roadways. It is planned to be
  • ServCity AV project reaches final test
    February 20, 2023
    Three-year initiative in London has aimed to demonstrate practicalities of urban robotaxis
  • Smarter transport remains key to smart cities
    January 9, 2018
    Colin Sowman looks at some of the challenges and solutions that will provide enhanced transport efficiency in tomorrow’s smarter cities. However you define a ‘smart city’, one of the key ingredients will be an efficient transport system. As most governments and city authorities face financial constraints, incremental improvements in the existing systems is the most likely way forward. In London, new trains and signalling are improving the capacity of the Underground but that then reveals previously
  • Remote remedies help US authorities identify bridge deficiencies
    September 6, 2017
    Every day 185 million vehicles – cars, trucks, school buses, emergency response units - cross one or more of America’s 55,710 'structurally compromised' steel and concrete road bridges, the highest concentration of which are in Iowa (nearly 5,000), Pennsylvania and Oklahoma. Nearly 2,000 of these crossings are located on interstate highways, according to the American Road and Transportation Builders Association's recent analysis of the US Department of Transportation's 2016 National Bridge Inventory.