Kistler, a Swiss family-owned technology company, will install their Digital Weigh In Motion (WIM) system, which weighs trucks in real-time at any speed.

Rhode Island is installing a weigh-in-motion system on the Washington Bridge in Providence, using advanced technology to monitor the structural health of the aging but vital connector.

A new weight monitoring system is coming to the eastbound Washington Bridge, the newer bridge that all traffic is currently driving over.

The high-speed system segment is estimated to be the fastest growing weigh-in-motion system market during the forecast period.In this system, the moving vehicle does not need to slow down at the ...

“Weigh-in-Motion technology has successfully eliminated 60% of the overweight truck traffic on the Queens bound BQE,” said Councilmember Lincoln Restler. “I am pleased WIM is finally being ...

The low-speed WIM system segment is estimated to dominate the Weigh-In-Motion System Market. The low-speed system offers various advantages such as low operating cost, low maintenance, ease of ...

Weigh-In-Motion (WIM) systems represent a transformative approach in capturing dynamic vehicle load data, enabling the evaluation of axle weights and load distributions as vehicles traverse ...

Fleets also need to consider weigh-in-motion scales (WIMs) that are embedded in the roadways. WIMs screen a truck’s weight and transmit a signal as the vehicle approaches the weigh facility.

Quarterhill subsidiary IRD will install Weigh-In-Motion technology at 28 sites on various Interstate and State Routes. The sites will collect vehicle data related to road infrastructure protection ...

“Weigh-in-Motion technology has successfully eliminated 60% of the overweight truck traffic on the Queens bound BQE,” said Councilmember Lincoln Restler. “I am pleased WIM is finally being implemented ...

Technical Terms Weigh-In-Motion (WIM): A technology that measures vehicle weights and axle loads as vehicles travel over a sensor-equipped surface without the need for a stationary weighing process.