Navtech radar airport surveillance flying ahead

Navtech Radar’s AdvanceGuard radar based perimeter intrusion detection system (PIDS) for airports is ideally suited to the challenge of the wide perimeters of most commercial airports. Its frequency modulated continuous wave (FMCW) 76GHz technology and the robust design of the radars, coupled with the ability to operate 24 /7 in all light and weather conditions, even in dense fog, make AdvanceGuard the preferred technology for the challenges faced by airport operations and security services. With lo
July 28, 2014 Read time: 2 mins

819 Navtech Radar’s AdvanceGuard radar based perimeter intrusion detection system (PIDS) for airports is ideally suited to the challenge of the wide perimeters of most commercial airports.

Its frequency modulated continuous wave (FMCW) 76GHz technology and the robust design of the radars, coupled with the ability to operate 24 /7 in all light and weather conditions, even in dense fog, make AdvanceGuard the preferred technology for the challenges faced by airport operations and security services.

With low installation and ongoing maintenance cost, the overall cost of ownership is very competitive compared to traditional fence detection systems.  AdvanceGuard’s 360-degree radius detection offers a range of up to 1,000 metres man detection, making it ideal for for perimeter and critical security restricted area (CSRA) surveillance.  Multiple overlapping radar sensors can be networked to offer site-wide security coverage, controlled and monitored via a single PC running Navtech Radar’s sophisticated Witness physical security information management (PSIM) software.

An additional benefit of the system is that it also has the potential to be used as a surface movement system, meaning that the radars would serve a dual purpose.

Fully compliant with the standards and recommended practices of the International Civil Aviation Organisation (ICAO) security manual 8973, AdvanceGuard is now installed at 16 commercial airports, including Ostrava in the Czech Republic, Valencia in Spain and Bristol Airport in the UK.

Detection, Monitoring & Machine Vision Classification & Data Collection

For more information on companies in this article

Related Content

  • AVs and poor weather – a bad mix
    May 11, 2020
    The US DoT has produced a report on how adverse weather and road conditions will affect automated vehicles – it found inconsistency between different cars with these features which are already on highways and suggests limitations are not yet understood
    Read More
  • Wavetronix radar-based traffic sensor cuts costs
    May 30, 2013
    While initial cost of radar based detection may be higher than that traditional loops, lower maintenance costs more than balance the books. Following successful field tests, the US city of Greenville, North Carolina, has recently agreed a new policy of phasing in Wavetronix traffic sensor technology’s radar-based SmartSensor Matrix system across its signalised traffic intersections. City traffic engineer Rik DiCesare expects the incremental implementation to deliver benefits to both the city’s taxpayers an
    Read More
  • Video analytics enhances urban rail safety
    December 16, 2016
    David Crawford explores some promising innovations for North American commuters. North America is experiencing a surge in commuter rail and metro development. The US now has 75 light rail and metro networks in operation; and California, in particular, is actively exploring ways of developing the state’s existing passenger rail operations into a fully integrated system.
    Read More
  • Priority boosts ridership and cuts congestion
    May 4, 2016
    Transit priority is proving a win-win in Europe and Australia. David Crawford reports. Technology that integrates with the Australian-originated Sydney Coordinated Adaptive Traffic System (SCATS) is driving bus signal priority and performance analysis initiatives on both sides of the world; in its homeland, with a major deployment in 2015, and in the capital of the Republic of Ireland.
    Read More

Highlighted Content