Siemens unveils new Heimdall detector

Siemens has extended its range of kerbside detection solutions with the introduction of a new Heimdall kerbside volumetric pedestrian detector. Based on advanced above-ground radar technology, the detector has the capability to indicate the occupancy of the pedestrian waiting area at any given time, allowing the most appropriate kerbside strategies to be selected depending on the numbers of pedestrians waiting to cross. The new detector is suited to areas of high pedestrian presence, such as shopping centre
June 17, 2015 Read time: 2 mins

189 Siemens has extended its range of kerbside detection solutions with the introduction of a new Heimdall kerbside volumetric pedestrian detector.

Based on advanced above-ground radar technology, the detector has the capability to indicate the occupancy of the pedestrian waiting area at any given time, allowing the most appropriate kerbside strategies to be selected depending on the numbers of pedestrians waiting to cross. The new detector is suited to areas of high pedestrian presence, such as shopping centres and entertainment and sporting venues.

With kerbside and on-crossing pedestrian detection as well as SCOOT, MOVA, stop line and VA options for vehicles, Heimdall offers comprehensive and reliable above-ground detection at the roadside and is largely immune to changing environmental conditions, including sun, shadows, snow and fog. Heimdall has become a well established product in the UK and overseas markets, its ease of deployment and proven performance proving popular with users, as well as its compact form that ensures that unnecessary street clutter is minimised.

Urban Traffic Control

For more information on companies in this article

Related Content

  • Machine vision takes ITS further than the eye can see
    January 5, 2016
    Vitronic’s John Yalda looks at how machine vision has become an integral part of many ITS deployments and why it complements, rather than replaces, ANPR. New and conventional business concepts like online shopping and mail order business are becoming more established in the cultures of fast-growing economies and increasing the demand for flexibility in the freight transportation and logistics industry. Road transport has become the preferred infrastructure for freight forwarding and several studies predict
    Read More
  • Siemens to implement average speed enforcement in London
    September 30, 2014
    Transport for London (TfL) has awarded Siemens a contract to replace existing speed cameras on selected routes in the capital with new digital average speed enforcement systems. The contract, part of TfL’s London Safety Camera Replacement Project, includes the deployment of more than 100 automatic number plate recognition (ANPR) cameras over the next 24 months, covering four main routes across London, which Siemens says represents the largest roll-out of its SafeZone average speed enforcement solution in
    Read More
  • Driver aids make inroads on improving safety
    November 12, 2015
    In-vehicle anti-collision systems continue to evolve and could eliminate some incidents altogether. John Kendall rounds up the current developments. A few weeks ago, I watched a driver reverse a car from a parking bay at right angles to the road, straight into a car driving along the road. The accident happened at walking pace, no-one was hurt and both cars had body panels that regain their shape after a low speed shunt.
    Read More
  • Machine vision’s image of road management’s future
    June 11, 2015
    Q-Free’s Marco Sinnema looks at how the commoditisation of high-quality vision-based solutions is widening their application. Machine vision technology’s entry into the ITS/traffic management sector has followed a classic top-down path. This is unsurprising given the extremely demanding performance criteria which are the standard in its market of origin, manufacturing processing. Very high image qualities combined with frame rates often in the hundreds per second range resulted in vision systems with capabi
    Read More

Highlighted Content