





The Daniel Boone Wilderness Trail Interpretive Center sits in Duffield, Virginia. It helps visitors explore the history of the Wilderness Road and its role in westward expansion. Quesenberry’s Construction built the commercial facility as a SIP roof project. The design combines a traditional wood truss system with a high-performance insulated roof envelope. That combination let the building keep its timber character while gaining the energy efficiency of a continuous SIP envelope.
ACME fabricated the SIP roof panels to span across the wood trusses and pre-cut them for two large chimney penetrations. That precision cut down on onsite adjustments. Crews moved quickly through installation because the panels arrived ready to set in place. The SIP roof went up in just a couple of days. That speed created a continuous insulated roof system, ready for roofing outside and drywall inside. For more on how projects like this come together step by step, see our construction details guide.
Today the center sits about an hour and a half south of ACME’s Radford facility, inside Natural Tunnel State Park. It houses museum and educational spaces set against the Appalachian landscape. The project shows what SIPs can do alongside conventional wood trusses. Builders get simpler roof construction, plus the energy efficiency and continuous insulation of a true SIP envelope. It’s a good example of a SIP roof project that never asks a design team to abandon its structural system.
This project also shows what a SIP roof project can do for community and educational buildings, not just homes. Because Quesenberry’s Construction wanted a fast, clean installation, SIPs were the obvious fit. As a result, the museum opened without long construction delays. In addition, the roof needs less maintenance than a standard built-up system over time. For visitors walking through Wilderness Road history, none of that shows on the surface. But it is exactly the kind of building performance ACME builds toward on every project.






Historic Rosemont Springs sits in Berryville, Virginia. It’s now a wedding and event venue on the historic Rosemont property. Quarry View Building Group built it as a timber frame SIP building. The design pairs exposed timber framing with a distinctive gambrel roof. That mix keeps the traditional character. It also gains the performance of a continuous insulated envelope. The result: a handcrafted-feeling venue that doesn’t give up energy efficiency.
ACME fabricated the SIP walls and roof for this project. The panels had to fit the custom timber frame. They also had to follow the changing angles of the gambrel roof. Precision pre-cutting at ACME’s Radford facility helped. The panels arrived ready to install. That cut down on onsite adjustments. Crews moved quickly from an open timber structure to a fully enclosed building. For more on how a build like this pencils out over time, see our Economics of SIPs page.
Timber framing has its own standards and traditions. Groups like the Timber Frame Business Council help keep that craft alive. A timber frame SIP building like Rosemont Springs shows what’s possible. The craft and modern insulated panels can work together. They don’t have to compete. The SIP envelope adds continuous insulation and airtightness. That covers the walls and the roof. The result is fewer drafts and lower energy bills. And the timber frame still looks and feels the same.
Because the panels arrived pre-cut, the crew avoided many delays. Fitting insulation around a complex roofline usually slows a build down. Not here. The building moved from open frame to enclosed shell fast. As a result, guests get a warm, character-filled space. It also happens to be efficient to heat and cool. That’s the kind of performance ACME aims for on every project. It doesn’t matter if the frame is timber, steel, or something else entirely.





