2019 BMW 330I

The vehicle is a 2019 BMW 330i sedan with an all-wheel-drive system, 2.0-litre four-cylinder gasoline engine, and eight-speed automatic transmission. NHTSA data identifies it as left-hand drive and manufactured by BMW AG in Germany. The auction record lists a Certificate of Salvage with WATER/FLOOD as the primary damage classification. Stage 1 reports that the available exterior, interior, and dashboard photos do not show a horizontal tide line, flood staining, mud or silt residue, mold-like discoloration, or visible corrosion in the inspected areas. The digital instrument cluster is illuminated and displays normally, although several warning indicators are visible. Stage 1 therefore concludes that the photos do not support visible water or flood damage and contradict the stated WATER/FLOOD classification. This does not replace a physical inspection, particularly of electrical and mechanical systems. The visible damage consists of minor cosmetic defects. Several light linear, whitish scuff marks are present on the lower central area of the rear bumper cover. A localized irregular abrasion with light-colored scrape marks is also visible on the right rocker panel or side skirt immediately forward of the rear wheel. No other damage findings were provided. NHTSA records list multiple recalls applicable to the 2019 BMW 330i or 330i xDrive, including recalls involving knee air bags (19V352000), rear seat-belt pretensioners (19V912000), rear-view camera software (19V684000 and 21V096000), the engine counterbalance-shaft bearings (19V732000), steering tie rods for applicable xDrive vehicles (20V355000), seat frames (23V211000), seat-belt warning software (23V584000), and the starter relay, which may create a fire risk (25V636000). Recall applicability and completion should be confirmed directly by VIN with BMW or NHTSA before purchase. A comprehensive inspection should also verify the warning indicators, electrical systems, air-bag and seat-belt systems, drivetrain, underbody, and any evidence of prior water exposure.