Skip to main content

HNTB smart truck parking saves time and money

While truck parking may not be at the top of most transportation professionals’ minds, it is a subject HNTB is highlighting at its booth – and for good reasons. Commercial truck drivers spend 30 minutes searching for a place to park their rigs, often resorting to highway shoulders, exit ramps or the more risky abandoned and commercial lots.
September 7, 2014 Read time: 2 mins
ITSWC 2014 Master Avatar

 While truck parking may not be at the top of most transportation professionals’ minds, it is a subject HNTB is highlighting at its booth – and for good reasons. Commercial truck drivers spend 30 minutes searching for a place to park their rigs, often resorting to highway shoulders, exit ramps or the more risky abandoned and commercial lots.

As average truck operating costs total almost $120/hr and there are 400,000 parking events every day, saving each driver 15 minutes during parking could amount to $4.4 billion annually. According to HNTB, shorter parking times would also reduce fuel burn by two gallons and lower greenhouse emissions by nearly 45 pounds per search — equating to 3.3 million tons of CO2 each year.

To address these issues Truck Smart Parking Services (TSPS) has teamed up with HNTB to create a wireless truck-parking network – a virtual environment providing real-time parking information for truck drivers. Sensing equipment is deployed to collect real-time parking availability information which is aggregated in the cloud and distributed through the TSPS website, smart-phone applications, road signs, Michigan Department of Transportation’s Mi Drive website and third-party data services.

• Truck parking systems will be the subject at two panel discussions at World Congress: ITS Applications in Truck Parking Availability (3:00pm today, room 140E) and State of the Art and Benefits of Real Time Information for Commercial Vehicles (8:30am Wednesday room 140E).

 %$Linker: 2 External <?xml version="1.0" encoding="utf-16"?><dictionary /> 0 0 0 oLinkExternal <span class="mouselink">www.HNTB.com</span> HNTB Website false http://www.hntb.com/ false false%>

Related Content

  • February 28, 2014
    Scanacar classifies parking spaces, informs drivers
    The Scanacar Parking Space Classifier recognises and classifies empty parking spaces. This opens the way to mapping out parking areas and informing drivers and navigation systems about available parking spaces. It also enables efficient enforcement of illegal parking, for instance in loading bays or disabled places.
  • January 3, 2017
    ITS World Congress 2017 call for demos
    As part of the Montréal World Congress 2017, conference organizers are planning to feature live demonstrations of ITS technologies. The city of Montréal will create a virtual test bed on the streets adjacent to the Convention Centre. This test bed will include an arterial loop circling the Centre and a section of a nearby limited access highway that will be equipped with DSRC roadside units integrated with local signal controllers to support demonstrations of connected vehicle technologies. In order to a
  • August 11, 2014
    New loop detector offers versatile, reliable vehicle detection
    GTT (Global Traffic Technologies) will be unveiling its pioneering detection technology during the ITS World Congress Detroit. The company says best in class reliability and flexibility, specifically designed to address the challenges traffic professionals face today, are at the core of the new Canoga 9000 Series Solutions design.
  • January 23, 2018
    Zendrive: lunchtime driving in San Francisco riskier than rush hour
    Lunch-hour driving across the San Francisco Bay Area between 11.00am and 2.00pm is riskier than morning and evening rush hour commutes with more than 50% of routes presenting a greater risk to drivers during lunch hour. These latest findings come from Zendrive’s Bay Area Commute Safety Snapshot which also revealed that the San Mateo Bridge is overall more dangerous during morning commutes between 6.00am to 11.00am.