TagMaster CityRadar cuts through clutter

Swedish company TagMaster has unveiled a new radar designed and optimised for smart city applications in traffic counting. Traditionally, it has been difficult for this type of radar to accurately track the number of pedestrians and cyclists because of the interference generated by passing vehicles. TagMaster’s CityRadar cuts through this interference, allowing the radar to count all three classes of traffic simultaneously in adjacent lanes – particularly useful in a city such as Amsterdam, with its huge
March 21, 2018 Read time: 2 mins
Feline fine: Peter Gröntved

Swedish company 177 TagMaster has unveiled a new radar designed and optimised for smart city applications in traffic counting.

Traditionally, it has been difficult for this type of radar to accurately track the number of pedestrians and cyclists because of the interference generated by passing vehicles. TagMaster’s CityRadar cuts through this interference, allowing the radar to count all three classes of traffic simultaneously in adjacent lanes – particularly useful in a city such as Amsterdam, with its huge volume of cyclists.

The radar has been designed without the traditional low-speed cut-out filters, to be able to handle paths with any combination of pedestrians or cyclists, while the advanced radar can detect carbonfibre bicycles.

“As far as we know, nobody else has this technology,” said the company’s international sales director, traffic, Peter Grøntved. The radar is also able to detect vehicle length and speed, allowing it to classify different types of vehicles.

A major advantage of the new radar, added Grøntved, was that it required no ground loops, allowing installation without having to dig up the road surface. It was also able to use mains, battery or solar power sources. “Solar is probably the best option, as you don’t have to install a power cable or replace the battery.”

CityRadar is available in fixed or mobile positions and has the ability for remote data collection. It is scheduled for launch in June, following around nine months’ development.

Stand: 10.210

%$Linker: 2 External <?xml version="1.0" encoding="utf-16"?><dictionary /> 0 0 0 link-external www.tagmaster.com Tag Master website link false https://www.tagmaster.com/ false false%>

Related Content

  • Uber seeks to resume AV trials nearly eight months after Arizona fatality
    November 6, 2018
    Uber wants to resume testing its self-driving cars on public roads nearly eight months after one of its autonomous vehicles (AV) killed a pedestrian in Arizona. The ride-hailing company has released a voluntary safety report to the US National Highway Traffic Safety Administration which includes safety enhancements to help prevent crashes and fatalities. Uber says its AVs would include two mission specialists – employees who have completed advanced training courses in self-driving vehicle operations. The
    Read More
  • EVs providing power to Portuguese island
    June 17, 2019
    Electric vehicles (EVs) are being used to power people’s homes on an island in the Atlantic Ocean. Part of Portugal’s Madeira archipelago, Porto Santo is using solar-powered EVs, according to a BBC report. They are charged during the day, with unused energy returned to the grid at night. The Portuguese island is not the only part of the world seeking to harness the potential of solar energy for EVs. In India, Bharat Heavy Electricals is setting up a network of solar-based electric vehicle
    Read More
  • Tattile unveils Vega1 and the Smartaid
    March 20, 2018
    Leading Italian ITS company and machine vision specialist Tattile has unveiled two major new innovations for the global traffic and enforcement market: the Vega1 and the Smartaid. The Vega1, a dual channel camera built in an extra-compact case to reduce installation impact, is mainly targeted to single lane vehicle tracking, traffic limited areas and priority lanes, as well as surveillance and access control and congestion charge areas.
    Read More
  • Econolite to provide technology for TRC’s Ohio SMARTCenter
    October 17, 2018
    Econolite will provide traffic management and vehicle-to-everything (V2X) systems for the Transportation Research Center’s (TRC) automated and connected vehicle testing facility in Ohio, US. As part of the agreement, Econolite will install the Smart Mobility Advanced Research Test Center’s (SMARTCenter) traffic control system: this will control signalised intersections, vehicle detection, facility monitoring and wireless connectivity. The company will install the V2X systems and a dedicated short-ra
    Read More

Highlighted Content