This 2015 Ford Super Duty F-250 SRW comes with a CARFAX Buyback Guarantee, which means you can buy with certainty. Sophistication & understated luxury comes standard on this Ford Super Duty F-250 SRW Platinum. Well-known by many, the Super Duty F-250 SRW has become a household name in the realm of quality and prestige.
Simply put, this Four Wheel Drive is engineered with higher standards. Enjoy improved steering, superior acceleration, and increased stability and safety while driving this 4WD Ford Super Duty F-250 SRW Platinum.
More information about the 2015 Ford Super Duty F-250 SRW:
The F-Series Super Duty trucks bear a resemblance to the ubiquitous, best-selling F-150 pickups. These Super Duty models are made to serve an especially pure purpose -- to reliably, safely and confidently haul heavy loads or heavy trailers day after day. Best of all, inside, these workhorses are actually quite comfortable -- even luxurious in some cases. Ford boasts that its new 6.7L Power Stroke diesel engine is the most powerful diesel pickup engine on the market and that the Super Duty F-350 (dual rear wheel) model has an impressive tow rating of 26,500 pounds.
Interesting features of this model are tougher than standard full-size trucks, class-leading tow ratings, full roster of safety features, Flexibility for commercial use, and Power Stroke diesel's 800 pound-feet of torque
Please contact the Gosch Auto Group for more information.
Dealer Doc Fee: $80. Prices do not include additional fees and costs of closing, including government fees and taxes, any finance charges, any dealer documentation fees, any emissions testing fees or other fees. All prices, specifications and availability subject to change without notice. Contact dealer for most current information *These estimates reflect new EPA methods beginning with 2008 models. Your actual mileage will vary depending on how you drive and maintain your vehicle. Actual mileage will vary with options, driving conditions, driving habits and vehicle's condition. Mileage estimates may be derived from previous year model.