Skip to main content

Daimler Buses introduces pedestrian recognition for buses

Daimler Buses is launching the new Active Brake Assist 4 (ABA 4) with pedestrian recognition which it says is the world's first emergency braking assistance system in a bus to automatically brake for pedestrians.
July 4, 2017 Read time: 2 mins

2069 Daimler Buses is launching the new Active Brake Assist 4 (ABA 4) with pedestrian recognition which it says is the world's first emergency braking assistance system in a bus to automatically brake for pedestrians.

The new warns the driver visually and audibly of any potential collision with pedestrians and at the same time automatically triggering partial braking. This gives the driver every opportunity to prevent a collision with a pedestrian: the driver can warn the pedestrian using the horn, initiate maximum full-stop braking or steer to avoid the collision.

Active Brake Assist 4 with pedestrian recognition is based on new-generation radar technology which also features in the latest 1685 Mercedes-Benz cars and trucks. The scanning multi-mode radar comprises long and short range radar systems.

The long range radar registers multi-track vehicles and stationary obstacles at a maximum distance of up to 250 m in a direct line in front of the coach, single-track vehicles such as bicycles at up to 160 m and pedestrians at up to 80 m. The short range radar has a maximum range of 70 m and is even able to recognise pedestrians and vehicles to the sides ahead of the coach.

ABA 4 will become available in the spring of 2018 for the Mercedes-Benz Tourismo. The Setra touring coaches, including the ComfortClass 500 and the TopClass 500, will also have ABA 4 on board. ABA 4 is available free of charge to customers selecting the popular autonomous intelligent cruise control option (ART), which provides the necessary radar technology for ABA 4.

UTC

Related Content

  • July 23, 2015
    Growing use of safety technologies in new vehicles appeals to drivers
    The safety-related technologies that manufacturers are increasingly equipping their new vehicles with are making those vehicles more appealing to their owners, according to the J.D. Power 2015 U.S. Automotive Performance, Execution and Layout (APEAL) Study. The APEAL Study, now in its 20th year, is the industry benchmark for new-vehicle appeal, examining how gratifying a new vehicle is to own and drive. Owners evaluate their vehicle across 77 attributes, which combine into an overall APEAL Index score th
  • August 20, 2015
    AVT cameras, part of a new generation of ETC
    Allied Vision Technologies (AVT) has supplied Norwegian company Q-Free with its high performance machine vision cameras for use in electronic toll collection (ETC) systems. Q-Free has developed an ETC installation based on a single gantry which relies on the latest machine imaging systems, radio systems and automatic license plate recognition (ALPR) software technologies to collect toll data. This versatile system is designed to do pure video tolling or a combination of video and radio tolling depending
  • July 16, 2012
    Semi-autonomous hybrid vehicle trials show fuel, emission savings
    The Transport Research Laboratory has unveiled an innovative semi-autonomous vehicle prototype. It offers improves in environmental performance and safety but also displays some shortcomings. Mike Woof reports. The UK's Transport Research Laboratory (TRL) has been working on an innovative project to develop a prototype vehicle intended to reduce fuel consumption. Based on a Ford Escape hybrid model, TRL's Sentience vehicle uses a combination of mobile communications and mapping technologies to reduce fuel c
  • May 29, 2013
    City Safety reduces low speed accidents on Volvo’s XC60 and S60
    It was four years ago that Volvo introduced its City Safety collision avoidance system which is designed to reduce the number and severity of low-speed accidents to the US market. However, a study in America by the Highway Loss Data Institute (HLDI) has shown that the results may not be as good as initially indicated by an earlier report. According to Volvo, statistics show that 75% of reported collisions occur at speeds of up to 30km/h (18.6mph) typically in urban traffic and in slow-moving traffic queues