Skip to main content

Honda introduced intelligent adaptive cruise control

A ‘world’s first’ has been claimed by Honda, with this year’s introduction of intelligent adaptive cruise control (i-ACC) to its CR-V production models. The i-ACC system makes use of Honda Sensing technology to detect and analyse other vehicles and objects.
October 7, 2015 Read time: 2 mins
Robert Kastner of Honda

A ‘world’s first’ has been claimed by 1683 Honda, with this year’s introduction of intelligent adaptive cruise control (i-ACC) to its CR-V production models. The i-ACC system makes use of Honda Sensing technology to detect and analyse other vehicles and objects.

A camera mounted in the windscreen and radar fixed within the front grill of Honda CR-Vs are linked to software that controls the car’s cruise control in reaction to what’s going on in front of the vehicle.

This is the first in a series of new advanced driver assistance systems under development and heading towards cars, motorbikes and scooters rolling off the Honda assembly lines.

“Safety for everyone is the slogan for our overall initiative for the safe coexistence of all road users, including pedestrians and cyclists and drivers of all types of vehicle,” says Honda’s electronic technology section leader Robert Kastner.

“The i-ACC system can predict ‘cut-ins’ (a vehicle ahead moving suddenly into the driver’s path) up to five seconds before they occur. The technology makes use of situation modelling to enact context based prediction.”

Other Honda Sensing systems close to production include C2X motorbike proximity detection. “Honda is really pushing for this and is the only company progressing C2X communication equally for motorbikes as well as cars, so both get warning of each others’ presence,” Kastner says.

For more information on companies in this article

Related Content

  • Introducing Gatso’s adaptable T-series
    November 7, 2012
    By combining the compact GT20 camera which captures clear images of moving vehicles in all conditions, with its RT3 tracking radar, Gatso says its new T-Series enforcement system offers an enforcement solution platform which can be adapted and expanded to meet future traffic enforcement needs. Specially designed for traffic enforcement, the 20 megapixel CMOS in the GT20 combines speed with sensitivity to deliver high quality image capture at 30 full-resolution frames per second, enabling the system to captu
  • Introducing Gatso’s adaptable T-series
    November 7, 2012
    By combining the compact GT20 camera which captures clear images of moving vehicles in all conditions, with its RT3 tracking radar, Gatso says its new T-Series enforcement system offers an enforcement solution platform which can be adapted and expanded to meet future traffic enforcement needs. Specially designed for traffic enforcement, the 20 megapixel CMOS in the GT20 combines speed with sensitivity to deliver high quality image capture at 30 full-resolution frames per second, enabling the system to captu
  • Introducing Gatso’s adaptable T-series
    November 7, 2012
    By combining the compact GT20 camera which captures clear images of moving vehicles in all conditions, with its RT3 tracking radar, Gatso says its new T-Series enforcement system offers an enforcement solution platform which can be adapted and expanded to meet future traffic enforcement needs. Specially designed for traffic enforcement, the 20 megapixel CMOS in the GT20 combines speed with sensitivity to deliver high quality image capture at 30 full-resolution frames per second, enabling the system to captu
  • In-vehicle communication systems offer major safety benefits
    July 17, 2012
    Michael Schagrin and Raymond Resendes provide an update on the US Department of Transportation's vehicle-to-vehicle programme. The US Department of Transportation's (USDOT's) Vehicle-to- Vehicle (V2V) programme, which is concerned with wireless inter-vehicle communications for safety applications such as crash avoidance/mitigation, is a major safety component of the USDOT IntelliDrive cooperative infrastructure programme.