Skip to main content

Rotterdam links airport with metro via autonomous bus

Karsan's Level 4 e-Atak buses can reach speeds of up to 40km/h
By David Arminas July 24, 2025 Read time: 2 mins
The AV goes to Meijersplein metro station (© Svleusden | Dreamstime.com)

An autonomous shuttle service in the Netherlands has carried its first passengers between Rotterdam The Hague Airport terminal and Meijersplein metro station.

Dam Shuttles is using two of Karsan's electric and autonomous e-Atak buses. 

The vehicles are equipped with numerous Lidar sensors and have radar technology at the front, high-resolution image processing through RGB (red, green, blue) cameras and thermal cameras for enhanced environmental safety.

These technologies come together to enable Level 4 autonomous driving, allowing the e-Atak to operate autonomously on a planned route.

Whether day or night, and in all weather conditions, the vehicle can reach speeds of up to 40km/h in autonomous mode.

It performs all the functions of a bus driver autonomously. These include approaching stops along its route, managing passenger boarding and alighting, and handling navigation through intersections, crossings and traffic lights – all without a driver on board.

Project partners include RET (Rotterdamse Elektrische Tram), the city of Rotterdam, RTHA (Rotterdam The Hague Airport), MRDH (Metropolitan Region Rotterdam The Hague), HTM, Applied Autonomy and Adastec.

“With this project at Rotterdam Airport, we have launched the world’s first autonomous airport bus operation,” said Karsan CEO Okan Baş. “This project clearly shows that autonomous mobility is no longer just a vision of the future, but a concrete transportation solution of today.”

Karsan, operating since 2021, offers three next-generation technologies – electric, hydrogen and autonomous.

The e-Atak passed operational and functional safety tests, earning full approval from Rijksdienst voor het Wegverkeer (RDW) - the organisation that handles the type-approval and registration of motorised vehicles and driving licences in the Netherlands. 

The e-Atak has officially become Europe’s first RDW-approved full-size SAE Level 4 autonomous bus, said Baş. 

“This approval not only reflects the advanced stage of our technology but also demonstrates that we provide solutions meeting international safety standards.”

“The journey to get to this moment sometimes felt like a cat with nine lives,” said Remco Derksen, co-founder and director of Dam Shuttles. 

“We strongly believe that this development will improve public transport and we have a strong business case for it.”

Related Content

  • Hyperloop: from sci-fi to transport policy
    April 16, 2020
    The future is here. While it has long looked like something from a sci-fi movie, Graham Anderson investigates a technology whose time might have come.
  • US eyes European model for Illinois toll road upgrade
    May 30, 2014
    David Crawford welcomes the adoption of European-style ITS technology by the US. The Jane Addams Memorial Tollway in Illinois, US is well on the way towards becoming a ‘smart traffic corridor’, taking full advantage of active traffic management (ATM or ‘managed lanes’) technology that originated in Europe. It is one of the first American toll roads to do so; preliminary work began in 2014 and will continue through to 2016. Jane Addams is one of four toll roads operated by the publicly-owned Illinois State T
  • Volvo tests autonomous electric bus on roads at Singapore campus
    March 7, 2019
    Volvo is trialling its 12m long autonomous electric bus on roads at the Nanyang Technological University (NTU) in Singapore ahead of an anticipated release onto public roads. The Volvo 7900 Electric single-decker bus can carry approximately 80 passengers and is the first of two buses being trialled at the NTU’s Centre of Excellence for Testing and Research of Autonomous vehicles (CETRAN) before being extended beyond the campus. CETRAN is staffed by NTU scientists and features a track which replicates var
  • Interoperability facilitates mobility on Santiago’s toll roads
    August 10, 2016
    Drivers crossing Chile’s capital are benefitting from additional investment in ITS. Mauro Nogarin reports. Santiago de Chile is pioneering the development of concession-interoperable, multi-lane, free-flow urban highways. This road network crosses the city from north to south (Autopista Central), from east to west (Costanera Norte) and also includes the north-western (Vespucio Norte) and southern (Vespucio Sur) ring roads surrounding this metropolitan area of seven million people.