Used 2019 Kia Optima for sale in Indianapolis

Seller description

2019 Kia Optima LXCARFAX One-Owner.Snow White Pearl Kia Optima LX 2019 FWD 2.4L I4 DGI DOHC 6-Speed Automatic with Sportmatic 4D SedanOdometer is 25867 miles below market average!KBB Fair Market Range High: $16324 24/33 City/Highway MPG*** BACKUP CAMERA *** *** BLUETOOTH *** *** FRESH OIL CHANGE *** *** ONE OWNER!*** $$ LOW MILES $$ $$ GAS SAVER $$ Black Cloth.***PROVIDING OUR NEIGHBORS WITH QUALITY TRANSPORTATION******FAMILY OWNED & OPERATED***Visit RS Motors online at www.RSMotorsIndy.com to see more pictures of this vehicle or call us at 317-602-8293 today to schedule your test drive.[!@@Additional Info@@!]LX 17'' Wheel Package,6 Speakers,AM/FM radio,Radio data system,Radio: AM/FM/MP3 Audio System,Air Conditioning,Rear window defroster,Power steering,Power windows,Remote keyless entry,Steering wheel mounted audio controls,Four wheel independent suspension,Speed-sensing steering,Traction control,4-Wheel Disc Brakes,ABS brakes,Anti-whiplash front head restraints,Dual front impact airbags,Dual front side impact airbags,Front anti-roll bar,Knee airbag,Low tire pressure warning,Occupant sensing airbag,Overhead airbag,Rear anti-roll bar,Brake assist,Electronic Stability Control,Auto High-beam Headlights,Delay-off headlights,Fully automatic headlights,Panic alarm,Security system,Speed control,Bumpers: body-color,Heated door mirrors,Power door mirrors,Turn signal indicator mirrors,Apple CarPlay & Android Auto,Cloth Seat Trim,Driver door bin,Driver vanity mirror,Front reading lights,Illuminated entry,Outside temperature display,Overhead console,Passenger vanity mirror,Rear seat center armrest,Tachometer,Telescoping steering wheel,Tilt steering wheel,Trip computer,Front Bucket Seats,Front Center Armrest,Split folding rear seat,Cargo Net,Passenger door bin,17'' Alloy Wheels,6.5J x 16'' Silver Alloy Wheels,Alloy wheels,Variably intermittent wipers,*** BACKUP CAMERA ***,*** BLUETOOTH ***,*** FRESH OIL CHANGE ***,*** ONE OWNER!***,$$ LOW MILES $$,$$ GAS SAVER $$