The Arizona Department of Transportation implemented a Truck Parking Availability System (TPAS) along Interstate 10 at the Ehrenberg, Bouse Wash, Texas Canyon and San Simon rest areas.
The Arizona Department of Transportation and the Federal Highway Administration (FHWA) repaired the pavement on Interstate 10 between Dome Rock Road (milepost 11.70) and Scaddan Wash (milepost 24), passing through the town of Quartzsite.
The Arizona Department of Transportation and the Federal Highway Administration (FHWA) is scheduled to begin a project to repair the pavement on Interstate 10 between Salome Road (milepost 80) and Tonopah (milepost 90) began in late March 2025.
The Arizona Department of Transportation and the Federal Highway Administration (FHWA) repaired the pavement on Interstate 10 between Scaddan Wash (milepost 24) and Plomosa (milepost 30), east of the town of Quartzsite.
The Arizona Department of Transportation is anticipated to start a project fall of 2025 to repair the pavement on State Route 72 between milepost 20 and milepost 30 in Bouse.
Project Elements
Milling and replacing the existing pavement with new pavement
The Arizona Department of Transportation improved drainage on State Route 85 near Gila Bend between milepost 1 and milepost 3. The consisted of making improvements to existing concrete box culverts at five locations.
The Arizona Department of Transportation, the Federal Highway Administration, and the U.S. Department of Defense widened the roadway on US 95 between Rifle Range Road (milepost 35) and the Wellton-Mohawk Canal bridge (milepost 39).
The Arizona Department of Transportation repaired the pavement on US 95 between Aberdeen Road (mileposts 44.30) and Castle Dome Mine Road (milepost 54), north of Yuma. The work consists of removing the existing pavement surface and replacing it with new asphalt concrete.
The Arizona Department of Transportation repaired the pavement on US 95 between Castle Dome Mine Road (milepost 54) and the La Paz County line (milepost 67). The work consisted of removing the existing pavement surface and replacing it with new asphalt concrete.
