100 Thomas Street, Calhoun, GA 30701

Property Description

EXCEPTIONAL INDUSTRIAL OPPORTUNITY - TWO WAREHOUSES TOTALING APPROXIMATELY 65,000 SQUARE FEET WITH CONVENIENT ACCESS TO I-75! Location, space, and versatility come together in this impressive industrial property! Ideally situated with easy access to Interstate 75, this property offers an outstanding opportunity for warehousing, distribution, manufacturing, or a variety of other commercial and industrial operations. Building One features eight office rooms, three roll-up doors, and three additional exterior doors, with ceiling heights reaching approximately 20 feet, 5 inches at the highest point. The expansive warehouse offers concrete floors, overhead lighting, and generous open space. The front office area features attractive LVP flooring, multiple private offices, bathroom facilities and a separate entrance. A covered loading dock area provides convenient access for shipping and receiving. Building Two offers four office rooms, six roll-up doors, and five additional exterior doors, with ceiling heights reaching approximately 28 feet at the highest point. This spacious warehouse features concrete floors, steel-frame construction, overhead lighting, and an expansive open layout. Additional features include covered loading docks, restroom facilities, and an elevated interior area with stair access. The office area includes attractive LVP flooring and interior windows overlooking the warehouse. Two HVAC units serving the office areas were purchased in 2023. Heating and cooling for the warehouse to be installed by future buyer if desired. With a combined 12 office rooms, 9 roll-up doors, multiple loading areas, and approximately 65,000 square feet of space, this property provides exceptional flexibility for a wide range of business needs. The convenient proximity to I-75 is a major advantage for transportation, shipping, receiving, and distribution operations. This property offers tremendous possibilities in a strategic location! Current Gordon County zoning is Ind-G.