Rush Trucking Renovation & Expansion
Rush Trucking's facility in Kansas City had not been updated or properly maintained for over two decades. The aging systems, including outdated HVAC and electrical panels, had far exceeded their lifespan. The lack of as-built drawings further complicated the situation, making it difficult to assess the existing infrastructure and plan for improvements.
Cambridge Companies selected 5BY5 Engineers for our reputation of providing innovative solutions at competitive prices. Our team had already built a strong working relationship with the architect firm, h|d architecture, which helped foster confidence in our ability to deliver on the complex MEP challenges this project presented. Additionally, 5BY5’s experience with similar large-scale renovations positioned us as the ideal partner for this overhaul.
5BY5 Engineers faced the challenge of designing a comprehensive MEPF replacement without any reliable existing documentation. The team conducted extensive on-site assessments to ensure the new systems would be precisely tailored to the facility’s needs. We developed a plan to replace the HVAC system using Air Handling Units (AHU) located within the building to avoid the complications of roof-mounted equipment. This approach not only maintained the aesthetic integrity of the building but also maximized efficiency.
Though the project is still under construction, 5BY5 Engineers has successfully met the design schedule and completed the permit review process with minimal comments, ensuring the project stays on track. Once complete, Rush Trucking will benefit from upgraded infrastructure, improved temperature control, and enhanced site lighting, setting the stage for long-term operational efficiency. Moving forward, 5BY5 and Cambridge Companies anticipate continuing their partnership on future projects.
PROJECT SIZE/COST
~$5M/~28,400 sq ft
LOCATION
Kansas City, MO
TIMELINE
Design: May 2024 - Aug 2024; Construction: (Anticipated) Oct 2024 - Oct 2025
ENGAGEMENT
MEP
Fire protection
KEY PARTNERS
h|d architecture