TRW showcases driver assist systems

TRW Automotive demonstrated its driver assist systems (DAS) and outlined expected trends in sensor technologies during the company's recent bi-annual Ride and Drive event at the Hockenheimring in Germany. According to Andrew Whydell, TRW Electronics’ director of product planning, DAS has and will continue to be a focal point for the automotive industry as governments and industry bodies strive to reduce road fatalities worldwide. For example, the European New Car Assessment Program (EuroNCAP) and the Ins
June 5, 2014 Read time: 3 mins
601 TRW Automotive demonstrated its driver assist systems (DAS) and outlined expected trends in sensor technologies during the company's recent bi-annual Ride and Drive event at the Hockenheimring in Germany.

According to Andrew Whydell, TRW Electronics’ director of product planning, DAS has and will continue to be a focal point for the automotive industry as governments and industry bodies strive to reduce road fatalities worldwide. For example, the European New Car Assessment Program (EuroNCAP) and the 7120 Insurance Institute for Highway Safety (IIHS) have this year introduced active safety criteria into their assessment programs which can be met with forward-looking radar and video camera sensors.

From 2014, 6437 Euro NCAP has introduced automatic emergency braking (AEB) and lane departure warning (LDW) into its ratings scheme, and in North America, the IIHS has made fitting of forward collision warning (FCW) or AEB a requirement to receive its Top Safety Pick + consumer safety award. Going forward, from 2016 Euro NCAP will also introduce pedestrian AEB into its assessment program and is considering additional tests for other vulnerable road users including cyclists in future updates.

Whydell continued: "TRW has broad experience in radar and video camera systems and we anticipate exponential growth in these technologies over the next decade. We are now implementing our third and fourth generation sensor systems which not only help to address the more immediate industry requirements, but also play a fundamental role in enabling semi- and automated driving.

"As we move towards cars that allow the driver to take their hands off the wheel for periods of time, we'll start to see additional sensors being fitted to monitor 360 degrees around the vehicle and also the driver's attention level. The systems will need to allow time for a distracted driver to be able to retake control of the vehicle. Radar sensors will therefore require a wider field of view at shorter range, combined with an overall longer range detection capability. Next generation video camera sensors will likely have lenses which can extend the range for detecting vehicles to 250m and beyond for highway driving, while also allowing you to see what is happening close to the vehicle when manoeuvring at low speed.

"We continue to develop a flexible and scalable family of sensors that can fully address future industry requirements and support vehicle manufacturers across all vehicle segments and in all markets."
Location Based Systems

For more information on companies in this article

Related Content

  • Keeping over-height and overheating vehicles out of tunnels
    October 7, 2013
    A review of pre-warning solutions for problematic commercial vehicles approaching tunnels
    Read More
  • 5GAA discusses tech at ITS World Congress
    October 20, 2021
    Connected bike demo identified VRU using C-V2X
    Read More
  • The case for integrating urban traffic control and parking
    February 3, 2012
    Although urban traffic control and parking management are inextricably linked in so many ways, there remain fundamental differences which undermine closer integration. Car parking guidance systems can have a significant, positive impact on congestion in town and city centres, however conflicting business models still stand in the way of the more profound integration of car parking management and Urban Traffic Control (UTC) systems.
    Read More
  • Experiment discovers ‘deadliest distractions’ at the wheel
    April 28, 2017
    Road safety charity IAM RoadSmart and UK car magazine Auto Express teamed up to find out which are the deadliest behind-the-wheel distractions with programming a sat-nav found to be the worst. Auto Express consumer editor Joe Finnerty and British Formula 3 hopeful Jamie Chadwick were put to the test in a professional racing simulator at Base Performance Simulators in Banbury. They were both assessed to see how they coped with the most common distracting tasks on UK roads, while completing timed laps and bra
    Read More

Highlighted Content