Skip to main content

Kapsch for Kekava Bypass

By David Arminas March 6, 2024 Read time: 3 mins
The nearly 18km-long bypass is part of the A7 Bauska Highway, one of Latvia’s busiest roads with an average daily traffic volume of 17,000 vehicles (image © Renars Koris/Latvian State Roads - LVC, Latvijas Valsts Celi)

The Ķekava Bypass - Latvia's first "high-speed road" - opened in October and with it a traffic management system from Kapsch TrafficCom started operation.

The bypass is providing an efficient alternative for motorists travelling between the Latvian capital Riga, on the Baltic Sea, and neighbouring Lithuania to the south. Traffic in the small town of Ķekava is now being reduced.

Meanwhile, Kapsch TrafficCom's cameras, sensors and radar systems, as well as a modern and flexible traffic management software platform are contributing significantly to safety and sustainability along the bypass. "The Ķekava project is not only a milestone for road PPPs [public-private partnerships] and traffic in Latvia, but a testament to the positive influence of state-of-the-art technology on road safety," said Marko Frank, mobility expert and regional sales director at Kapsch TrafficCom.

The nearly 18km-long bypass is part of the A7 Bauska Highway, one of Latvia’s busiest roads with an average daily traffic volume of 17,000 vehicles and up to more than 25,000 at peak periods. The bypass is also designated part of pan-European TEN-T network called route E67 - the Via Baltica (Helsinki – Tallinn–Riga–Panevežys–Kaunas–Warsaw–Prague).

Construction of the €250 million bypass started in 2021 on what is the first highway in Latvia designated a high-speed road; pedestrians, cyclists and slow-moving agricultural vehicles are prohibited. However, pedestrians and cyclists are allowed on the parallel roads.

Kapsch TrafficCom technologies will ensure safe and efficient operation of the Ķekava Bypass for the next 20 years, noted Juris Frīdmanis, general manager of the private partner consortium Kekava ABT. It is monitored 24 hours per day thanks to more than 20 video surveillance cameras, two weather stations, traffic counting sensors, as well as data system analysing the traffic flow. Maximum driving speed on the bypass during the summer has been set at 120kph but reduced to 90kph during winter - October 16 to April 15.

According to the client, the state-owned road management agency Latvian State Roads (LVC, Latvijas Valsts Celi) there are 900 lighting fixtures, 40km of steel and 4km of concrete safety barriers. Noise mitigation solutions such as noise barriers and soil embankments have been implemented along 7.5km of the road as well as 27km of animal fencing.

Innovative materials and technologies have been used in the construction of the bypass. For example, culverts, water drainage pipes and lighting poles made of glass fibre have been used, recycled PET bottles have been used in the production of bridge barriers and sound absorbers made of wood fibre are used in noise barriers.

The consortium Kekava ABT consists of the Luxembourg-based infrastructure fund TIIC 2 S.C.A. SICAR as well as Latvian construction firms AS A.C.B. and CBR SIA Binders. Ķekava Bypass is the first major PPP project in road construction in the Baltics to be implemented according to the design-build-finance-operate model.

The most important criterion in the evaluation of submitted bids was the price, according to LVC. The price aspect had 80% of the overall project cost evaluation, while the remaining 20% covered compliance with various criteria, such as the duration of works, traffic organisation during the works, organisation of routine maintenance, quality and risk management.

Kekava ABT will guarantee that for another five years after the expiry of the PPP contract – 23 years from construction start – the Ķekava Bypass will remain in sufficiently good shape that it will require only daily maintenance works and no capital investment.

For more information on companies in this article

Related Content

  • Lindsay argues the case for reversible lanes over adding lanes
    June 26, 2018
    Build new lanes or use existing lanes more effectively? In a recent US study* commissioned by Lindsay Transportation Solutions, the company argues the case for reversible lanes. The level of future uncertainty in transportation planning - specifically in addressing congestion on urban freeways - has increased significantly over the past few years. The impact of connected and autonomous vehicles on traffic flow, of Mobility as a Service (MaaS) initiatives, particularly the car-sharing elements, and exciting
  • Huge investment for Moscow’s motorway routes
    May 1, 2015
    Huge investments being made in building several outbound routes in Moscow and the Moscow region – Eugene Gerden writes. Up to US$20 billion (900 billion Roubles) will be invested in the building of several outbound routes in Moscow and the Moscow region during the next few years, according to an official spokesperson of the Russian Ministry of Transport. It is planned that the routes will be built as flyovers above the railroad tracks in the Yaroslavl, Kazan, Riga and Paveletskaya directions of the
  • Land acquisition delays the start of Bratislava's orbital road
    September 25, 2017
    Land acquisition issues have stalled the start of construction of Bratislava’s orbital road by up to eight months. Work could begin this autumn, according to a report by the Slovak Spectator, because the government is working on laws that would allow construction before all land is acquired.
  • Fast, safe and sustainable transport for Johannesburg
    February 14, 2012
    GTZ highlights a pioneering scheme illustrating the potential of Bus Rapid Transit systems as a viable approach to alleviate the traffic and social problems faced by large cities worldwide