Site work and new construction of a fire / police facility in Lawrence, Kansas. Completed plans call for the construction of a fire / police facility; and for site work for a fire / police facility.

The City of Lawrence is soliciting proposals from Contractors to provide Construction Manager at Risk (CMAR) services for Lawrence/Douglas County Fire Medical Department's Expansion Station No. 6. The Station will be an approximately 13,000 SF single-story facility with three single-depth bays, ten bunk rooms, living areas, work areas, and other fire-operations related areas on approximately 1.5 acres of a 3.3 acre City-owned property at 555 Stoneridge Drive. This facility will be required to achieve LEED Gold Certification per the City's Sustainable Capital Projects Policy. Question Deadline 05/28/2026 at 12:00 PM CT This is a new construction building, Fire Medical Station No.6 located within the city limits at 555 Stoneridge Drive, Lawrence, KS. A newly constructed building approximately 14,000 SF in size to establish future focused facilities that can be sustainably operated and maintained while fostering the health, safety and wellbeing of its occupants. With intent to provide design solutions that optimize operational readiness, promote equity across the department's infrastructure and support a welcoming aesthetic to the community. Furthermore, to locate new stations to maximize coverage area, minimize response time and thoughtfully integrate into the surrounding neighborhood. Interior spaces will prioritize durability, health and wellness with multi-functional spaces, strategic use of natural light and ventilation throughout the facility, providing opportunities to spread out and decompress. A storm shelter will also be incorporated. _ The project will be approx. 14,000 SF, including the municipal administration areas, operational space for command and staff, warm zone support and apparatus bay. _ This design analysis summarizes preliminary mechanical, electrical, plumbing & fire protection information and options. This report presents several options that will need to be further evaluated to form the basis of design.