This 2023 Peterbilt 579 is a used Class 8 commercial truck, listed in the Sleeper Truck category. The cab includes a 80-inch sleeper. The truck is powered by a 450-horsepower Cummins X15 diesel engine, paired with a 12-speed manual transmission. The chassis features a 234-inch wheelbase, and a gross vehicle weight rating of 53,200 lbs. The odometer shows 414,110 miles, and the unit is offered in fair condition. The current asking price is $72,900, representing the dealer's current asking price. This truck is currently offered by Rush Truck Centers. Interested parties should contact the dealer directly to verify availability, confirm specifications, and arrange an on-site inspection before purchase. All specifications, odometer readings, and pricing information are provided by the selling dealer and should be independently verified prior to purchase. This listing was sourced from the dealer's active inventory feed and reflects the stock availability and specifications at the time of the most recent data synchronization.

2023 Peterbilt 579 equipped with a powerful Cummins X15 engine delivering 450 horsepower and paired with a 12-speed transmission, designed to handle demanding long-haul routes efficiently. This sleeper model features an 80-inch sleeper, providing ample rest space for drivers on extended trips. With a GVWR of 53,200 pounds, it is well-suited for heavy-duty freight applications, offering reliability and performance for various transportation needs. The odometer reads 375,606 miles, reflecting extensive road experience while maintaining robust mechanical integrity. Its diesel fuel system supports fuel efficiency and durability, making it a practical choice for fleets focused on long-distance hauling. The combination of power, comfort, and capacity makes this Peterbilt 579 ideal for drivers requiring a dependable and spacious sleeper truck. For more information or to schedule a test drive, contact Rush Truck Centers – Pharr. Our team is ready to assist with your commercial vehicle needs and provide detailed insights into this Peterbilt model.