This 2027 Peterbilt 567 is a used Class 8 commercial truck, listed in the Dump Truck category. It is built for vocational dumping operations including construction and aggregate hauling. The truck is powered by a 500-horsepower Cummins X15 electric engine, paired with a automated manual transmission. The chassis features a 244-inch wheelbase, and a gross vehicle weight rating of 80,000 lbs. The unit is offered in used condition as reported by the selling dealer. The current asking price is $271,300, representing the dealer's current asking price. This truck is currently offered by Allstate Peterbilt Group, located in Eau Claire, WI. 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.

2027 Peterbilt 567 Quad Axle Dump Truck 19' 6" MAC Dump Body Built for demanding construction, aggregate, and asphalt hauling applications, combines proven durability with premium vocational specifications. Powered by a Cummins X15 500 HP engine paired with an Allison 4500 RDS automatic transmission, this truck delivers exceptional performance and reliability on the toughest jobsites. The truck is equipped with a 19' MAC dump body, 60"-50" Side Taper featuring steel construction throughout the floor, sides, front, and tailgate for maximum longevity and payload capability. The body includes, Strobes, Electric vibrator, high-lift air-operated tailgate, and electric tarp system, making it ideal for year-round hauling operations. Additional features include Quad axle configuration with dual self-steering pusher axles, 80,000 lb GVWR, 244 Wheelbase, steel body construction, Maroon paint finish Whether hauling asphalt, gravel, sand, demolition debris, or construction materials, this Peterbilt 567 is purpose-built to maximize uptime, productivity, and operator comfort while delivering outstanding performance in the most demanding applications.