Skip to main content

Unmanned to trial autonomous delivery bots in Seoul

Technology start-up Unmanned Solutions is to deploy autonomous delivery robots in Sangam Digital Media City (DMC), an autonomous driving test bed South Korea’s capital Seoul. The Korean Times says the four-wheeled electric vehicles will operate in the city for a year, carrying 200kg of goods on a flat tray. Jung Young-Jae, a city official in charge of the start-up incubation project at Seoul Institute of Technology, says: “The robots will start with shipping supplies from freight trucks near the mai
September 25, 2019 Read time: 2 mins
Technology start-up Unmanned Solutions is to deploy autonomous delivery robots in Sangam Digital Media City (DMC), an autonomous driving test bed South Korea’s capital Seoul.


The %$Linker: 2 External <?xml version="1.0" encoding="utf-16"?><dictionary /> 0 0 0 link-external Korean Times false https://www.koreatimes.co.kr/www/tech/2019/09/419_275566.html false false%> says the four-wheeled electric vehicles will operate in the city for a year, carrying 200kg of goods on a flat tray.

Jung Young-Jae, a city official in charge of the start-up incubation project at Seoul Institute of Technology, says: “The robots will start with shipping supplies from freight trucks near the main road to restaurants and shops in car-free zones inside the DMC area. If all is well, the robots will later advance to food deliveries."

From October, the robots will operate away from other vehicles in pedestrian areas around the Munhwa Broadcasting Corporation’s headquarters.

The DMC testbed is also being used to trial autonomous buses. It features 5G network cables to enable connectivity between vehicles, traffic lights and stations.

Related Content

  • Worries as Huawei given role in UK’s 5G network
    April 24, 2019
    Alarm has been expressed by MPs over the UK government’s decision to allow Chinese firm Huawei to work on the UK’s 5G network. Prime minister Theresa May has banned Huawei from supplying ‘core’ parts of the country’s 5G infrastructure – but is believed to have given the green light for it to help deliver what are being called ‘non-core’ parts. As well as being for mobile phones, 5G is the technology which will be used to improve connectivity of autonomous vehicles and traffic controls. However, there ar
  • Washington Post game highlights AV flaws
    September 11, 2019
    Mind the kangaroos! That is among the more surprising suggestions in a new entertainment which purports to illustrate the pitfalls of autonomous vehicles (AVs). US media giant The Washington Post has created a short interactive game which “shows readers how autonomous cars function and breaks down the technology to educate viewers about their limitations and challenges”. These include sensor blind spots and confusion over what other road users are about to do. The five-minute game takes the form of a jou
  • Curiosity Lab enters partnership on AV research
    September 12, 2019
    A US transport research organisation has partnered with the Georgia Institute of Technology and Delta Airlines to advance autonomous vehicle (AV) and infrastructure research. Curiosity Lab at Peachtree Corners is a 5G-enabled autonomous vehicle (AV) test bed with a 1.5 mile AV track. The deal will provide Georgia Tech researchers with access to Curiosity Lab’s test track and laboratory. The lab features dedicated fibre, smart poles and a network operations centre for researchers to track data from connecte
  • Japan to equip 5G base stations on traffic lights
    June 24, 2019
    The Government of Japan is to install 5G wireless communications base stations on traffic signals nationwide by 2025. A report by The Japan News says the project is expected to reduce costs for telecommunications service providers. As part of the project, traffic signals will be equipped with devices to measure the amount of traffic. The information sent from the stations to the vehicles is expected to support autonomous driving. Japan is not the only company looking to harness the potential of 5G. In F