2018 Wabash National 53' DRY
Dry Van Semi-Trailer in Sanford, FL 32771
53′ HD aluminum dry van body manufactured by Wabash. Heavy-duty construction with aluminum sidewalls and roof, reinforced front wall, and a hardwood floor rated for forklift use. Equipped with E-track for cargo securement and full swing rear doors. Body is clean, straight, and watertight with no leaks. Suitable for general freight and palletized loads. Very clean, no accidents.
Specifications |
|
|
Sharerig ID
|
2646SM9I66 |
|
Exterior Color
|
White |
|
Axle Configuration
|
Tandem |
|
Body Specification
|
102″ wide, ~111″ interior height, aluminum roof and sides, hardwood floor, swing doors, E-track. |
|
Body Type
|
Dry |
|
Length
|
53 |
|
Trailer Specification
|
HD dry van 102″ w Air-ride Sliding tandem Tandem axles Hardwood floor Aluminum roof & sides E-track Swing doors |
Sale
Vehicle Location
Sanford, FL, 32771, US
Richard Soto
Contact: Richard Soto
Pete's Take
2018 Wabash National 53' Dry Van Semi-Trailer Review
The 2018 Wabash National 53' Dry Van Semi-Trailer is a heavy-duty, reliable vehicle designed for transporting general freight and palletized loads. This white, aluminum-bodied trailer features reinforced construction, a hardwood floor rated for forklift use, and full swing rear doors. It's clean, watertight, and has not been involved in any accidents.
-
Heavy-Duty Construction: The Wabash semi-trailer is built to last with its sturdy aluminum sidewalls and roof, as well as a reinforced front wall. This makes it ideal for long-haul transportation jobs.
-
Forklift-Rated Hardwood Floor: Unlike many other trailers, this one comes with a hardwood floor that can withstand the weight of a forklift. This feature simplifies loading and unloading processes significantly.
-
E-Track Cargo Securement: Equipped with an E-track system, this trailer provides flexible cargo securement options which is crucial when carrying different types of freight.
-
Full Swing Rear Doors: The full swing rear doors allow for easy access to the trailer's interior making loading and unloading operations more efficient.
