2023 KIA SPORTAGE LX

The auction record lists the vehicle as “CERT OF SALVAGE > 75% DAMAGE” with “FRONT END” as the primary damage classification. These are auction designations and are not, by themselves, a complete assessment of the vehicle’s condition. Stage 1 reports that the visible evidence supports the FRONT END damage code: the photographs show substantial front-end collision damage. However, the photos do not establish that the vehicle has more than 75% total damage. The front bumper cover is detached and lying in front of the vehicle. The bumper area is open, with broken and loose plastic components visible. The center grille and portions of the lower front intake are missing, exposing the radiator and other front-end components. The left front headlamp is severely broken, with its lens and surrounding structure damaged and internal components exposed. Additional damage includes cracked, broken, or separated lower front air-duct and shutter components. The front edge of the hood has an uneven, raised contour and a pronounced gap above the front lamp and grille area. Black and gray scuff marks are visible on the white paint near the front-left fender and bumper corner. Based on the VIN decoding, this is a 2023 Kia Sportage LX SUV with front-wheel drive (4x2), a 2.5-liter four-cylinder gasoline engine, and an eight-speed automatic transmission. The vehicle was manufactured by Kia Corporation in South Korea. NHTSA recall records list six campaigns for this model and year, involving the alternator battery terminal, side-curtain airbags, the instrument cluster, brake-booster power assist, the Idle Stop & Go electric oil-pump controller, and roof molding. The repair status for this specific vehicle is not provided and should be verified with Kia or an authorized dealer before purchase. Due to the extent of the visible front-end damage, inspection of the cooling system, front structural components, lighting and safety systems, wiring, sensors, and drivetrain-related components is recommended before repair or operation.