A fast-tracked bridge replacement that restored a critical freight route in just 10 months, while minimizing disruption to local traffic and commerce.

Following the discovery of structural and scour-related issues during routine inspections, the county partnered with local contractors and leveraged the InQuik system to rapidly replace the bridge, limiting road closure to just three weeks while delivering a structure designed to serve the community for more than 75 years.
Located on County Trunk Highway N in Wisconsin, the bridge serves as an important freight and agricultural transport route for the surrounding region. The corridor supports local industry, commercial traffic, and everyday community travel.
Because of its strategic importance, maintaining access during replacement works was a key project objective. The bridge replacement ensures the route can continue supporting regional economic activity for decades to come.
Routine bridge inspections identified structural deterioration and scour issues that required urgent action. Waiting for state and federal funding programs would have delayed replacement beyond an acceptable timeframe, requiring the county to explore alternative delivery methods.
Although detour lengths were relatively modest, prolonged disruption would have impacted freight operators, agricultural businesses, and local road users. The county needed a solution that balanced speed, affordability, and long-term performance.
InQuik provided a bridge solution that gave the county greater control over project delivery while enabling rapid construction using local resources and contractors. The prefabricated abutments and deck panels streamlined installation, allowing the existing bridge to be demolished, foundations constructed, and the new structure installed within a compressed program.
The collaborative delivery model reduced construction duration and improved cost certainty while maintaining quality outcomes. The result is a modern, AASHTO-compliant integral bridge that delivers improved reliability, reduced maintenance requirements, and a design life exceeding 75 years.