
PRO GRADE DECKOVER GN 30' - 80703
Introducing the 2026 Quality Trailers PRO GRADE DECKOVER GN 30', a top-of-the-line trailer designed for contractors and equipment buyers who demand durability and functionality. This new model features robust 10K axles and an upper deck configuration, ensuring a reliable and stable platform for transporting heavy equipment and materials. With its generous 30-foot length, this deckover gooseneck trailer is engineered to handle a variety of loads, making it an essential addition to any professional's fleet.
Crafted for superior performance, the PRO GRADE DECKOVER is built to withstand the rigors of daily use while providing ease of loading and unloading. Its gooseneck design allows for improved maneuverability and weight distribution, making it ideal for transporting heavy machinery, vehicles, and other large cargo. Located in Coldwater, MI, this trailer is ready to meet the demands of your next project with reliability and efficiency.
Original: $14,990.00
-65%$14,990.00
$5,246.50Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Introducing the 2026 Quality Trailers PRO GRADE DECKOVER GN 30', a top-of-the-line trailer designed for contractors and equipment buyers who demand durability and functionality. This new model features robust 10K axles and an upper deck configuration, ensuring a reliable and stable platform for transporting heavy equipment and materials. With its generous 30-foot length, this deckover gooseneck trailer is engineered to handle a variety of loads, making it an essential addition to any professional's fleet.
Crafted for superior performance, the PRO GRADE DECKOVER is built to withstand the rigors of daily use while providing ease of loading and unloading. Its gooseneck design allows for improved maneuverability and weight distribution, making it ideal for transporting heavy machinery, vehicles, and other large cargo. Located in Coldwater, MI, this trailer is ready to meet the demands of your next project with reliability and efficiency.









