Skip to main content

Michigan DoT implements truck parking initiative

A new project is balancing up the needs of truckers wanting a break from the road and the availability of parking spots in Michigan. Commercial truck drivers typically require around 30 minutes to find somewhere to stop for a rest. They frequently find that the five public rest areas on the heavily-trafficked 129-mile stretch of I-94 in southwest Michigan, which carries around 10,000 trucks a day in the Canada-Detroit-Chicago corridor, are full.
September 9, 2014 Read time: 2 mins
Rick Warner of TSPS (left) and Eric Morris of HNTB

A new project is balancing up the needs of truckers wanting a break from the road and the availability of parking spots in Michigan.

Commercial truck drivers typically require around 30 minutes to find somewhere to stop for a rest. They frequently find that the five public rest areas on the heavily-trafficked 129-mile stretch of I-94 in southwest Michigan, which carries around 10,000 trucks a day in the Canada-Detroit-Chicago corridor, are full.

This means that they often end up parking in unsuitable spots such as abandoned petrol stations, highway shoulders and commercial parking lots.
In a bid to ease this problem, in April 2012 Michigan DoT selected HNTB to design and oversee installation of a Truck Parking Information and Management System (TPIMS). This would identify available parking slots in the public rest areas and provide this information to truckers in real time.

The project was funded with $4.48 million from the Federal Highway Administration.

6278 HNTB Corporation installed cameras and other sensors at 15 public and private parking areas. A variety of methods is used to get information on the location of available parking slots to the drivers – dynamic parking information signs, a dedicated website (www.trucksmartparkingservices.com), a smartphone application and connected vehicle technology.

“Data collection went live earlier this year and has confirmed our original assumption that rest areas are often overcrowded and that private parking is under-utilised,” said Collin Castle, Michigan DoT’s connected vehicle technical manager. “We now have the data we need to provide drivers with real-time availability so they can make informed parking decisions.”

According to HNTB project manager Eric Morris, “The TPIMS is designed to be directly scalable elsewhere. It can be deployed quickly and efficiently in other states. Our vision is a network that covers a trucker’s route from origin to destination."

www.hntb.com

For more information on companies in this article

Related Content

  • Peek announces announces next-generation Spinnaker ATMS
    September 8, 2014
    Peek Traffic has announced its next-generation Spinnaker advanced traffic management system (ATMS) that the company says handles considerably more than standard ATMS duties.
  • Wide range of traffic sensors from Banner Engineering
    September 25, 2012
    Banner Engineering, a global leader in sensing technology, will use the ITS World Congress to present a wide range of sensors to detect vehicles for various applications. For instance, the company’s Array products have been used for more than a decade for vehicle classification at toll booths. Being highlighted at the World Congress will be the company’s Mini-Array and EZ-Array measuring light curtains that can sense the profile of any class of vehicle.
  • SWARCO launches MyCity 1.0
    April 21, 2021
    New Mobility Management Platform for smarter, greener cities  
  • Q-Free reinforces ITS capabilities, expertise at World Congress
    September 18, 2012
    Q-Free intends to use its appearance at the ITS World Congress to reflect a broader and more accurate reality of the company’s strength and capabilities. That’s not going to be difficult, if one considers the technological and geographical diversity of the company’s success since the beginning of this year alone. In March, Q-Free was awarded the contract for delivery of the congestion charging infrastructure for the Swedish city of Gothenburg which includes road side equipment, infrastructure and service an