Increasingly busy stretch of 167th Street near Bluhawk in line for overhaul — Here’s what’s coming

Overland Park approved an agreement for more federal funding for a 167th Street improvement project between Switzer and Antioch roads.

Overland Park's Public Works Committee just approved an agreement for federal funding for a 167th Street improvement project between Switzer and Antioch roads. Image courtesy of City of Overland Park website

City efforts to deal with higher volumes of traffic along a stretch of 167th Street in south Overland Park progressed this week. 

Overland Park’s Public Works Committee approved an agreement for an improvement project along the road near Blue Valley West High School and the Bluhawk shopping center. 

Project details 

The project will impact a stretch of 167th Street between Switzer and Antioch roads.   

The reconstruction includes the addition of a two-lane road with a shoulder and a bike lane. A roundabout on Antioch will also be added. 

A stretch of 167th Street between Switzer and Antioch in south Overland Park is set to undergo major reconstruction.

Aside from the road itself, there will be other new additions such as a sidewalk, new street lighting, storm sewers and a multi-use trail. 

Construction is set to begin in 2023.

The project is currently in its design phase, which will soon be followed by utility relocations before construction starts. 

The city proposed the project in hopes of addressing large volumes of traffic along this part of 167th Street. 

According to city documents, this may later lead to the addition of two new eastbound lanes between Switzer and Antioch, making this part of 167th a four-lane road. 

What was approved  

The approved agreement from Wednesday paved the way for federal funds to be used for the project.

The city received $4.3 million in federal funding for the project and anticipates another $2.3 million in county funding. KDOT will also fund 80% of the project, which amounts to roughly $4.3 million. 

This leaves the city with the estimated cost of $7.8 million.