Blog

Rolling Roadblocks

BY S.P.A SAFETY SYSTEM LLC

Rolling Roadblocks for Short-Term Highway Construction, Maintenance, and Utility Work Zones.

When safely implemented, rolling roadblocks are a highly effective traffic management technique for temporarily slowing or completely stopping traffic upstream of short-term road work activities.

What is a Rolling Roadblock?

TMA Attenuator-Mounted Trucks are used as rolling roadblocks. They perform temporary road closure, pacing operation, or traffic pacing. It is a common highway safety traffic control technique used to protect road-workers and commuters by temporarily slowing traffic upstream of construction, maintenance, and utility work activities requiring a short-term or full-closure of the roadway.

TMA Attenuator-Mounted Trucks

We recognize that all TMA trucks are not built equally. It is no longer safe or sufficient to use a simple flatbed truck with a mounted attenuator on federal highways. SPA is dedicated to providing premium quality TMA attenuator-mounted trucks that perform at the highest standards required in work zone safety. Call SPA at (973) 347-1101 for more information, and prices.

Free download: Work Zone Management Program, by U.S. Department of Transportation – Federal Highway Administration –  CLICK HERE

Have a S.P.A Safety System Trucks Question?

Call (973) 347-1101 right now for an answer.

About S.P.A Safety Systems LCC

For Sale, Rent, Repair, Maintenance, and Custom-Built Trucks to Your Specifications.

Featured Post

Share This On:

A Blog Banner Image showing TMA truck winter operations
Blog

TMA Truck Winter Operations: Cold Weather Challenges & Solutions 2026

Winter transforms highway work zones into some of the most challenging environments for maintaining worker safety. When temperatures plummet, snow blankets roadways, and ice creates treacherous conditions, the TMA trucks that protect utility crews, highway maintenance workers, and emergency responders face their toughest operational tests. Understanding how cold weather affects

Read More »