The smooth gray exterior reinforces the industrial character envisioned for the project. Much of the concrete remains exposed, complemented by red metal screening panels that add depth and contrast. Select areas allow for future updates, providing durability today with flexibility for tomorrow.

High-performance wall panels integrate structure, insulation, and interior finish into a single system. This approach stabilizes interior temperatures, reduces energy demand, and simplifies construction by limiting additional materials and trades. The inherent strength of the system also supports resistance to fire, moisture, and severe weather — critical for reliable operation in Florida’s climate.

Designing the facility required thoughtful coordination to balance large window openings with structural integrity. Custom architectural details were incorporated directly into the exterior panels, achieving the desired expression without compromising constructability or efficiency.

Above, the roof structure was engineered to support Jacksonville’s first microgrid, integrating solar panels with battery energy storage to provide resilient, sustainable power. Enabled by the strength of the building system, this feature reinforces the facility’s role as both an operational center and a forward-looking energy model.

The Autonomous Innovation Center stands as more than a transit facility. Through disciplined planning, integrated building systems, and a focus on long-term value, Wells helped transform an ambitious smart-city initiative into durable, efficient infrastructure — built to support the future of mobility and the evolving needs of the community.