The Dunlap Athletic Center at Saint Vincent College

Steelwork That Supports Champions

Setting the Steel for a New Standard in Athletics

New Belle Construction is proud to play a key role in the development of The Dunlap Athletic
Center at Saint Vincent College, a major new facility that will serve as a cornerstone for the
college’s athletic and training programs.

New Belle is responsible for bringing the building’s impressive structural frame to life which
includes a 251-foot clear span main athletic field space. The total facility size is an impressive
75,650 square feet, including two large support wings designed to house additional athletic and multipurpose space.

Precision. Power. Performance.

With decades of steel erection experience, New Belle Construction brings unmatched efficiency and safety to high-demand structural projects like this one. Our scope on the Dunlap Athletic Center includes:

  • 251′ Clear Span Steel Installation: Supporting a vast, open training space with no interior columns.
  • Complex Wing Integration: Seamlessly connecting the 30′ x 102′ and 50′ x 177′ wings into the primary structure.
  • Safety-First Execution: Delivering excellence on an active college campus with precision,
    planning, and performance.

Built for the Next Generation of Athletes

As a partner for projects across the region, New Belle is proud to contribute to facilities that
inspire growth, competition, and community. The Dunlap Athletic Center will stand as a symbol
of the college’s commitment to its student-athletes—and we’re honored to help set that
foundation in steel.

View photos from this project

PROJECT LOCATION

The Dunlap Athletic Center

Latrobe, Pennsylvania

Size: 75,650 sq. ft.

PROJECT HIGHLIGHTS

  • 251′ Clear Span Steel Installation

  • Complex Wing Integration

  • Safety-First Execution

Let’s Build What’s Next

Whether it’s education, industry, or community-focused facilities, New Belle Construction is
ready to bring your next project to life. Contact Us to learn how we turn vision into structure.