(Norfolk, Neb.)- The Nebraska State Patrol, with the assistance from the Norfolk Police Department, conducted surprise commercial vehicle inspections today, Thursday, August 11, in Norfolk. The surprise inspections target commercial vehicles that might not travel outside the city or pass through weigh stations as part of their regular routes.
During the special enforcement effort, the Metropolitan Aggressive and Prevention Selective (MAPS) Teams conducted 57 inspections, discovered 129 violations, and took 17 vehicles out of service (not allowed to continue on the road). Vehicles are placed out of service for a variety of reasons relating to bad brakes or tires, or other problems that pose immediate safety risks. In addition, one driver was taken out of service (not allowed to continue driving) for No Commercial Driver’s License. Officers issued a total of $1,500 in fines.
“The MAPS Team ensures truck operators who rarely leave the city limits are maintaining their vehicles and abiding by safety regulations,” said Colonel Bradley Rice, Superintendent of the Nebraska State Patrol. “While most truck owners and operators share our concern for safety, we know some think they can ignore safety standards as long as they avoid the weigh stations. The MAPS Team extends our reach into cities and towns across the state.”
This was the 10th MAPS Team event of 2016. Inspections have also been conducted in Lincoln, Sarpy County, Omaha, Grand Island, Kearney, North Platte, Dawson County, Fremont, and Columbus this year. Surprise inspections are planned from spring through fall in cities and towns across Nebraska.
The MAPS Team is funded largely by the Federal Motor Carrier Safety Administration. Troopers check for compliance with federal safety regulations and enforce laws pertaining to weight, size, registration, dyed fuels, and permits associated with commercial vehicles. The MAPS Team was implemented in 1998 and consists of troopers from the Nebraska State Patrol Carrier Enforcement Division. On average, 20-24 troopers work each MAPS event.