Aspire Community Center
Precision Planning and Flawless Execution of Concrete Construction Aspire Community Center at Spanish Peaks in Big Sky, Montana
For the Aspire Community Center at Spanish Peaks in Big Sky, Montana, Allied Concrete delivered full-scale structural and site concrete solutions with precision and control. The team placed more than 2,000 cubic yards of concrete, installed 145 tons of rebar and executed high-end architectural finishes, including 800 square feet of board-formed walls and 7,000 square feet of top-cast flatwork. Working through harsh winter conditions, the team met exacting standards in a demanding environment.
"With safety at the forefront of every project, our team focused on detailed logistical planning to deliver a high-quality concrete product for our client, resulting in the beautiful Aspire Community Center at Spanish Peaks."
— Cameron Ragain, General Manager
Allied Concrete, A Joseph J. Albanese Company
At Allied Concrete, A Joseph J. Albanese Company, we are committed to getting the job done safely with relentless and deliberate execution. Our team is devoted to bringing the highest level of quality to every project we do for our clients.
Spanish Peaks Aspire Community Center
Big Sky, Montana
Client:
Martel Construction
Services:
Highlights:
Delivered complex structural systems including mat slabs, suspended slabs, and slab-on-metal-deck construction
Completed 800 SF of board-formed architectural walls and 7,000 SF of top cast finished flatwork
Placed 2,000 CY of concrete and installed 145 tons of reinforcing steel
Maintained schedule through winter conditions with strategic planning and cold-weather placement methods
Coordinated seamlessly with the general contractor, city officials, architects, engineers, and trade partners
Established clear, consistent communication from preconstruction through project completion
Provided a single-source solution across multiple concrete scopes
Leveraged detailed preconstruction planning to eliminate surprises in the field
Utilized Virtual Construction to model and optimize execution before work began
