Press releases

Mautsysteme in Mexiko und Ecuador - erste Auslieferung von intelligenten Verkehrssystemen in Kolumbien.

Tochterunternehmen tolltickets stellt Services für neue Marktplatz-Funktion von Ford bereit.

Headlines: Spezialeffekte belasten das EBIT - Anpassungen von Projektmargen und Drohverlustrückstellungen.

The first MLFF (Multi-Lane Free Flow) toll system to operate in Ecuador has just been installed in the Guayasamin Tunnel.

Australia’s deepest road tunnel opened to motorists on October 31 - Kapsch provided Advanced Traffic Management System (ATMS).

Melbourne. November 5, 2020 – 59 percent of Australians are willing to limit car journeys to certain times in order to improve urban air quality. A majority of 63 percent are in favour of reducing traffic-related emissions by means of environment-friendly transport solutions. This was confirmed by the population-representative Kapsch TrafficCom Index 2020 survey in March of this year. Although a broad theoretical consensus already existed among the population, practice during the Corona crisis is proving to be at odds with expectations: Passenger numbers on local public transport have fallen dramatically and switching to electric cars remains the exception. On the other hand, we are seeing a sharp increase in switching to bicycles and e-bikes. Mobility experts advise exploiting this window of opportunity to achieve the climate goals of the Paris Agreement by means of specific action. “Cities across Australia have reacted swiftly during the Corona crisis by creating more space for cyclists and pedestrians to enable social distancing,” says David Bolt, VP Sales & Solution Consulting Kapsch TrafficCom. “In Melbourne, for example, the city has fast-tracked some 40 kilometres of bike lanes within the CBD. This has been a real success story, but it is only a question of time before the numbers of cars on the road increase again. And on the grounds of the current COVID-19 situation, many people will continue to avoid public transport whenever they can.” Those responsible should therefore grasp the opportunity existing now to get things back on the right track. Digitally integrated systems have proven in practice to be very effective here. Mobility can be managed effectively throughout the year despite rising car traffic volumes and without letting CO2 emissions return to pre-crisis levels Developing Smart Cities requires Smart Partnerships. Kapsch is working together with Melbourne University and the Department of Transport (Victoria) on a number of projects within the Australian Integrated Multimodal EcoSystem (AIMES) environment – a world-first living laboratory based on the streets of Melbourne. “This testbed was established to test highly integrated transport technology with the goal to deliver safer, cleaner, and more sustainable urban transport outcomes,” explains David Bolt. “We focus on how everyday citizens can move around smarter and safer in a multi-modal environment by identifying common problems and how to alleviate these using the latest urban mobility technology.” Real-time traffic data key to further improvements. Two applications within this mobility hub are the modular and highly scalable Kapsch solutions ‘Smart Intersections’ and ‘Intelligent Corridors’. They focus on a view to change the habits of how people move in a network and to provide operators increased situational awareness, so they can better prepare their network in real-time and make better decisions in the future. As David Bolt explains, “real-time traffic data is key to a smart and sustainable traffic management. Our integrated EcoTrafiX™ software platform is the centre of the corridor management, assisting various agencies to manage and coordinate congestion and events in a coordinated fashion, taking into account the various agencies rules and ownership. By doing so, traffic flows and urban mobility covering all modes of transport are continuously optimized. People and the environment both benefit as a result.”  

Kapsch TrafficCom verkaufte die 75,5 Prozentbeteiligung an Fluidtime (Österreich) an das Management dieser Gesellschaft.

62 percent of Austrian citizens are willing to limit car journeys to certain times in order to improve urban air quality.

Berlin. October 29, 2020 – 62 percent of German citizens are willing to limit car journeys to certain times in order to improve urban air quality. A vast majority of 87 percent are in favor of reducing traffic-related emissions by means of environment-friendly transport solutions. This was confirmed by the population-representative Kapsch TrafficCom Index 2020 survey in March of this year. Although a broad theoretical consensus already existed among the population, practice during the Corona crisis is proving to be at odds with expectations: Passenger numbers on local public transport have fallen dramatically and switching to electric cars remains the exception. On the other hand, we are seeing a sharp increase in switching to bicycles and e-bikes. Mobility experts advise exploiting this window of opportunity to achieve the climate goals of the Paris Agreement by means of specific action. “The road agencies of many large cities have reacted swiftly during the pandemic and created more space for cyclists and pedestrians,” says Michael Ganser, Vice President Solution Consulting at Kapsch TrafficCom. “In order to maintain social distancing, cycle lanes have been widened and even new cycle routes have been set up in what has been a real success story. For the winter months, however, it is only a question of time before the numbers of cars on the road increase again. On the grounds of the current COVID-19 situation, many people will continue to avoid public transport whenever they can.” Those responsible should therefore grasp the opportunity existing now to get things back on the right track. Digitally integrated systems have proven in practice to be very effective here. Mobility can be managed effectively throughout the year despite rising car traffic volumes and without letting CO2 emissions return to pre-crisis levels. Smart city Madrid shows how this can work. Madrid has already demonstrated how this is possible. In order to fundamentally reduce traffic jams and airborne pollutants, the Spanish capital has implemented an intelligent mobility system developed by Kapsch. “An important component of this solution is a system of adaptive traffic light management which automatically adjusts to reflect the current traffic situation,” Ganser explains. This alone has enabled jams to be reduced by approximately 20 percent and emissions by around ten percent. “The key to even more free-flowing and therefore economically efficient traffic management lies in the use of anonymized vehicle data which are integrated into the traffic management network.” To this end, Kapsch has added over 200 permanent traffic measurement units to the existing network capturing traffic data on Madrid’s roads. Real-time traffic data are the key to further analyses and improvements. The Madrid authorities obtain an accurate overview of the current traffic situation based on comprehensive mobility data captured about pedestrians, cyclists, motorbike riders and car drivers. “These measurements are supplemented with data from other sources, such as local public transport providers and the police, before being integrated into and analyzed by our EcoTrafiX™ software platform,” Ganser adds. “This not only allows the municipal authorities to respond immediately to accidents and traffic jams; These data also enable the city to manage traffic flows and to continuously optimize urban mobility covering all modes of transport. People and the environment both benefit as a result.”