The Stanley A. White Recreation Center project was a transformative effort to rebuild New Bern’s beloved community hub after it was destroyed by Hurricane Florence in 2018.
Photographer: snapWerx Photography
Client
City of New Bern
Location
New Bern, North Carolina
Total Project Cost
$13.3 M
Project Type
Parks & Recreation
Completed
2024
Size
35,000 sq. ft.
Services
Architecture, Electrical Engineering, Interior Design, Master Planning, Mechanical Engineering, Plumbing Engineering
From the onset, our team worked closely with city stakeholders to prioritize an inclusive design approach, creating an intergenerational space that meets a wide range of fitness and wellness needs. Spanning 35,000 sq. ft., the resulting two-story facility invites visitors of all ages and abilities to engage in fitness, connect with others and honor New Bern’s rich history.



Starting immediately upon entry, visitors are greeted by a bright, open lobby, information desk and history wall. Featuring curated photographs and artifacts of Stanley A. White, the wall showcases the center’s past and its community significance, fostering pride and connection.

Additionally, a health screening center promotes wellness, and a game and media room provides a space for relaxation and engagement.
At the heart of the center, two full-sized courts are designed for basketball, pickleball and volleyball, reinforcing the facility’s role as an athletic and social hub.

A suspended walking track above the courts adds an extra layer of variety and interest, offering scenic views and ample space for walking and jogging.

Emphasizing resilience and energy efficiency, the exterior features 12-inch-thick insulated concrete panels, ensuring structural durability, enhanced occupant comfort and protection against extreme weather.
More than just a new building, the Stanley A. White Recreation Center represents a fresh start for New Bern. Designed with purpose and collaboration, it stands as a lasting investment in adaptable, inclusive spaces that foster wellness, connection and long-term growth.