The Sandbar
Indoor Volleyball Facility


The Sandbar is home to Utah’s first indoor/outdoor beach volleyball facility. It is conveniently located in North Salt Lake, Utah. By utilizing a clear span design for the 100’x210’ footprint, it allowed more than enough space for five indoor sand volleyball courts, without any column obstructions on the courts. In addition, this recreational steel building incorporated a 2,550 square foot mezzanine that provides a comfortable place for refreshments and a viewing area for spectators.
The Sandbar was able to save time and money during construction with a simple box design, accented with excellent signage on ideally placed parapet walls.
PROJECT DETAILS:
- Indoor Sand Volleyball Building
- 100’x210’x26′
- Frame Type: Tapered, Grey Primer
- System: Pre-Engineered Steel, Clear Span
- Colors: Sandstone and Weathered Copper
- 25′ x 102′ Steel Mezzanine Level
- Insulated Metal Wall Panels

Project Spotlight
Modern Pre-Engineered Metal Buildings Are Revolutionizing Architecture
Explore the benefits of pre-engineered metal buildings and how architects use PEMBs for innovative designs with Western Steel Building’s expertise.
A Complete Overview of Hybrid Steel Buildings – Meaning, Benefits, Applications, and More
Maximize efficiency and versatility with Western Steel Buildings’ hybrid steel construction, blending pre-engineered and conventional methods.
Project Spotlight: BZI Steel
At Western Steel, we innovate complex and adaptable steel buildings for sophisticated projects.
Project Spotlight: Contagious Boutique’s Storage Facility
Western Steel transformed an industrial-looking steel storage facility into a stylish headquarters for Contagious Boutique.
Project Spotlight: Contact Climbing
Western Steel designs hybrid steel buildings with flexibility and durability, saving construction time and cost.
Everything You Need to Know About Steel Building Construction
Pre-engineered metal buildings are revolutionizing commercial construction with faster build times, cost savings, and sustainability.