Used 2023 RAM 1500 Classic SLT
Description
Thank you for considering John Morlan Chrysler! We are a family owned dealership and take pride in taking excellent care of our customers and offering world class customer service. This 2023 RAM Crew Cab 1500 Classic SLT is a state-of-the-art motorcar. It has a 3.6 liter 6 cylinder engine with sequential port fuel injection, and it has been driven 53,525 miles. This vehicle is equipped with 4x2 capabilities and boasts an impressive fuel economy of 17 mpg in the city and 25 mpg on the highway. It has been awarded a 4 out of 5 star crash test rating, making it one of the safest cars on the road today. Additionally, this motorcar comes with Hill Start Assist, making it even easier to get up those steep hills. This automobile is sure to turn heads wherever it goes! We appreciate the opportunity to serve you and look forward to hearing from you today.
$507
Morlan Savings Voucher In Stock 1 USD 1C6RR6LGXPS518468 C6452 Morlan Chrysler LLC.Dealer | Morlan Chrysler LLC. |
Body | Crew Cab |
Ext. Color | Bright White |
Mileage | 53525 |
Engine | Sequential-Port F.I. 6 Cylinder |
Transmission | 8-Speed Shiftable Automatic |
Stock # | C6452 |
VIN | 1C6RR6LGXPS518468 |
Disclaimers
*any quoted payments are based on 5.9% for 75 months, with $2000 cash (not required) or equity down. All vehicles are subject to prior sale. While every attempt has been made to ensure the accuracy of the data displayed, the Dealership is not responsible for any errors or omissions. The advertised price does not include sales tax, vehicle registration fees, other fees required by law, finance charges or any documentation charges. Images, options and prices shown, including vehicle color, trim, options, pricing and other specifications are subject to availability, incentive offerings, current pricing and credit worthiness. The payment calculator is intended solely for general informational purposes and to provide a rough estimate based on the information you have provided. You should not base your decision on this estimate alone.