WRRC_Structural_Drawings_Record_Set_07-10-2022_.pdf

This is a structural drawings record set for the City of Wheat Ridge, Colorado's Recreation Center, prepared on July 10, 2022. The document provides comprehensive architectural and structural documentation for the Wheat Ridge Recreation Center facility, serving as the technical foundation for the LED lighting replacement project covering the Main Hall and Gymnasium areas. The drawings establish the existing structural conditions, spatial configurations, and infrastructure layout necessary for contractors to design and install the new energy-efficient LED lighting systems with integrated controls. A mandatory pre-proposal meeting is scheduled for October 13, 2025, at the Wheat Ridge Recreation Center, with proposals due by October 24, 2025, at 2:00 pm Mountain Time. The city requires contractors to complete the installation within a seven-day period in 2025, coordinated around the recreation center's operational schedule. The project scope includes providing complete electrical drawings, connection details, material specifications, and documentation ensuring code and permit compliance for the turn-key LED lighting solution.

The city will utilize a best value procurement model evaluating contractors based on qualifications, price, product quality, service capabilities, and alignment with city policies and budget. Ideal contractors must be local to Colorado and capable of managing the technical complexities of integrating new lighting systems with existing recreational center infrastructure. A performance bond will be required for the project, and the contract will be subject to annual renewal based on contractor performance and pricing, with the city maintaining the right to rebid or terminate the agreement. The documentation does not specify explicit set-aside designations for disadvantaged enterprises or provide detailed budget figures, though the project represents a comprehensive lighting infrastructure upgrade focused on improving energy efficiency, longevity, serviceability, and safety of the facility's lighting systems.