Skip to main content

Live traffic for Darmstadt autonomous driving

Under a project named Kira, a total of six autonomous shuttles will eventually operate in the German city of Darmstadt and the district of Offenbach.
By David Arminas July 18, 2024 Read time: 2 mins
The decision on all driving maneuvers lies with the vehicle, although for safety there is always a driver on board during test operations (image courtesy Deutsche Bahn AG/RMV/Arne Landwehr)

The first vehicle to operate at Level 4 automation in Germany is driving in normal road traffic in the city of Darmstadt.

Level 4 means that a vehicle moves autonomously - effectively driverless - within a defined area. For the first time, the decision on all driving maneuvers lies with the vehicle, although for safety there is always a driver on board during test operations.

Under a project named Kira – a German acronym for artificial intelligence-based regular operation of autonomous on-demand transport - a total of six autonomous shuttles will eventually operate in Darmstadt and the district of Offenbach.

The driving manoeuvres of the vehicles are monitored by technical supervisory personnel. But passengers are not yet riding in the Kira shuttle. Interested citizens can later apply as test users and then book the shuttles via their own app.

The project has required a Level 4 test permit from the Federal Motor Transport Authority. Kira involves a company from national rail and transport operator Deutsche Bahn, regional transport agency Rhein-Main-Verkehrsverbund, Darmstadt’s transit authority HEAG mobilo and the Offenbach regional transportation agency Kreisverkehrsgesellschaft Offenbach (kvgOF).

The first trips of the autonomous KIRA shuttles are to test the built-in self-driving system from Mobileye. The map material of the operating area is checked to ensure all data points along the road are correct.

Shuttles that can be ordered as needed - on-demand - can provide improved mobility, especially in rural areas. With drivers, on-demand shuttles are already on the road in 10 areas at RMV. Autonomously and thus without staff on board, such services can also be used nationwide in the future. In the spirit of the transport transition, an intelligent linking of different means of transport should enable seamless mobility from door to door that is as flexible as your own car.

The operator of the autonomous vehicles is the Deutsche Bahn company DB Regio Bus Mitte, while the Deutsche Bahn company ioki provides the software for booking and route planning. Also, ioki integrates the software components of the various technology partners. As a further partner, Mobileye is providing the software and hardware for the autonomous driving system.

The test and implementation phase will run until the end of this year but an extension is planned. Kira is supported with around €2.2 million from the Federal Ministry of Digital and Transport, with additional support from the German state of Hesse.

Further information about the project and the technology can be found at www.kira-autonom.de.

Related Content

  • Latest innovations in GPS and machine control
    February 22, 2012
    Modern satellite technology is making life easier for everyone on the construction site and in the office. Most major equipment manufacturers are now integrating GPS machine control systems into the design of excavators, bulldozers, pavers, and motor graders. For stake-less work it is a major component for automatic grading, surveying, and excavating systems, with contractors and construction companies using GPS machine control systems to improve operations.
  • Highway 99 revisited
    March 6, 2024
    David Arminas recently returned to Seattle for an inside look at some of the features of the now-complete SR99 tunnel that was a World Highways key project report in November 2017.
  • LiuGong is committed to alternative power
    April 8, 2025

    LiuGong’s commitment towards the future of battery-electric vehicles in the construction sector is exemplified by its expanded portfolio, including the new 4280DE motor grader.

    The battery-electric grader’s battery pack provides fast charging within 1.6 hours and allows normal working conditions between six to 10 hours.

    Meanwhile, the large capacity lithium-iron phosphate battery is safe and durable. Its development also demonstrates how new technologies and imagination go hand in hand in today’s R&D, as explained by the company’s chairman, Zeng Guang’an.

  • IRF and REAAA showcase solutions to global road and transport needs
    June 8, 2017
    Free-flow Electronic Toll Services have emerged as a reliable, safe and environmentally sustainable way of collecting road user charges, presenting key benefits over stop-and-go methods. ETS are now a mature market with key lessons learned from successfully addressing operational, technological, financial and regulatory principles. Having high-quality road infrastructure is important to boost country and transport sector competitiveness. Road infrastructure is always in need of funding aimed to build new in