Epes Transport is a trucking company in Morristown, Tennessee, providing comprehensive transportation and logistics services to businesses across the Southeast, Texas, and the Eastern and Midwestern United States. The company specializes in dedicated truckload capacity, drayage service, shuttle operations, truckload shipping with dry van options, and yard switching at distribution centers and manufacturing facilities. Serving industries that rely on consistent, efficient freight movement, Epes Transport maintains modern terminals strategically located to support seamless regional and cross-country operations. With a 4.90 rating based on 20 customer reviews, the company is recognized for reliable service and responsiveness.
Epes Transport emphasizes operational excellence through a fleet dedicated exclusively to client needs, with services tailored to scheduled delivery timelines. Their drayage operations connect key Southeast ports with inland destinations, enhancing supply chain efficiency. Shuttle operations enable rapid transit between facilities, reducing delays, while yard switching is managed by trained professionals to streamline trailer loading and unloading. The company supports sustainability through fuel-efficient practices and emission-reducing initiatives, aligning environmental goals with cost and performance. Epes also offers resources like a logistics glossary and industry insights through its news and stories section, helping clients navigate complex supply chain terminology and trends.
The company demonstrates strong digital presence and visibility, with a well-optimized website that search engines interpret clearly, contributing to its consistent online accessibility. This technical foundation supports effective customer engagement and information delivery across service pages and operational tools.
Based in Morristown, Epes Transport plays a vital role in the region’s freight network, supporting local and national commerce with dependable, scalable transportation solutions that keep goods moving efficiently across key distribution corridors.