Skip to main content

Daimler launches its ‘bus of the future’

Daimler’s Mercedes-Benz Future Bus made its first autonomous trip on a public road recently, when it was driven at speeds of up to 70 km/h on a section of a bus rapid transit route in Amsterdam in the Netherlands. The 20 kilometre route, which links Schiphol Airport with the town of Haarlem, provided a challenge for the bus, with its numerous bends, tunnels and traffic signals. Although a driver was on board for safety reasons, for the most part the bus met the challenge autonomously, stopping at bus sto
July 21, 2016 Read time: 2 mins
2069 Daimler’s Mercedes-Benz Future Bus made its first autonomous trip on a public road recently, when it was driven at speeds of up to 70 km/h on a section of a bus rapid transit route in Amsterdam in the Netherlands.

The 20 kilometre route, which links Schiphol Airport with the town of Haarlem, provided a challenge for the bus, with its numerous bends, tunnels and traffic signals. Although a driver was on board for safety reasons, for the most part the bus met the challenge autonomously, stopping at bus stops and traffic lights and driving off again automatically, passing through tunnels, braking for obstacles or pedestrians and communicating with traffic signals.

The bus utilises CityPilot technology, which is based on Daimler’s autonomous Mercedes-Benz Actros truck with Highway Pilot. This enables it to recognise obstacles or pedestrians. It is also able to recognise traffic lights, communicate with them and safely negotiate signal-controlled junctions. It approaches bus stops automatically, where it opens and closes its doors.

The bus features GPS for precise positioning and uses around a dozen cameras to scan the road and surroundings, while long and short-range radar systems constantly monitor the route ahead, providing data which enables the bus to be precisely positioned to within centimetres, says Daimler.  

The interior of the bus features three different areas for passengers depending on their length of travel, with grab rails for short trips and a lounge with designer seats and wireless charging for long-distance passengers. Large monitors display travel information or even the view from the driver’s window.

According to Daimler, the bus is ideal for BRT systems, which tend to run on their own lines with separate, barrier-free bus stops, their own traffic signal settings and special ticketing systems with advance sale of tickets.

Related Content

  • August 29, 2019
    Cohda trial proves C-ITS can work in tunnels
    Connected cars require uninterrupted signals to ensure driving safety. Going underground creates problems – but a trial in Norway suggests that there might be light at the end of the tunnel… As connectivity becomes increasingly important for transportation – in particular for connected and autonomous vehicles (C/AVs) - the problem of ‘blackspots’ and dead zones where signals fail or drop out is a pressing one. But developments early this year suggest that advances in technology might be on the brink of d
  • March 2, 2016
    European Truck Platooning Challenge winds up at Intertraffic
    As holder of the EU Presidency in 2016, the Netherlands has organised the 2016 European Truck Platooning Challenge and it is no coincidence that it will involve Intertraffic Amsterdam. Truck platooning, where two or more trucks travel in convoy very close to each other, provides many benefits. The first truck does the driving while the ones following are connected by a wireless electronic communications system, like the carriages of a train.
  • April 4, 2023
    Sice systems future proof Fehmarnbelt Tunnel
    Picking up the electro-mechanical contract for the Fehmarnbelt Tunnel was a milestone, according to David Calero Monteagudo, head of global ITS and tunnel business for Spanish company Sice. David Arminas finds out more
  • June 17, 2016
    Brooklyn eyes Bogota’s BRT system
    David Crawford considers the increased interest in bus rapid transit and looks that the latest trends. Bus rapid transit (BRT) is gaining an increasingly high profile in the US public transport agenda, for two main reasons. One is the potential for ‘trains on wheels’ to save substantially on installation costs as compared with other modes such as underground metros or light-rail transit. Another, highlighted in the case of New York City, is the value of having a rapid surface-based alternative available whe