
Del Webb East Argent
Hardeeville, SC
Light gauge steel roof trusses and metal decking engineered for demanding wind loads and substantial clear spans at a community clubhouse.
View Project: Del Webb East ArgentCustom light gauge steel trusses and rafters for a mountain club, engineered for wind and snow loads with decorative timber details.
Light Gauge Steel
2026
Cashiers, NC
For Trillium Links & Lake Club in Cashiers, North Carolina, our team provided a custom-engineered light gauge steel roof truss and rafter system designed to support the club’s distinctive mountain architecture and demanding structural requirements. The project included high-pitch roof trusses and rafters, pool restroom roof framing, gable end framing, heavy timber decorative wood rafter tails, and a roof sheathing package. Engineered to meet the 2018 International Building Code and designed for both high wind and snow loads, the turn-key framing system delivered exceptional strength, durability, and long-term performance. From engineering and fabrication to delivery and installation, this project showcases our ability to provide precision light gauge steel framing solutions for premier hospitality and recreational facilities.
Project Type
Hospitality
System
Light Gauge Steel
Size
5,798 SF
Completed
2026
Location
Cashiers, NC


Hardeeville, SC
Light gauge steel roof trusses and metal decking engineered for demanding wind loads and substantial clear spans at a community clubhouse.
View Project: Del Webb East Argent
Savannah, GA
Turnkey wood framing and exposed heavy timber systems for a community clubhouse, with engineering, fabrication, and installation coordinated under one contract.
View Project: Marshwood Clubhouse
Atlanta, GA
Custom light gauge steel trusses and rafters integrated with existing structures to support a club renovation while preserving its distinctive architectural character.
View Project: Capital City ClubBring clarity, coordination, and confidence to your next complex project. Truss Link is ready to help you align the structural approach early.