2015 BMW 328 xDrive GT

The auction record lists a Certificate of Salvage with “more than 75% damage” and identifies the primary damage as front end. Stage 1 reports that the visible evidence supports the front-end damage category, but that the photographs do not by themselves support or establish the claimed damage level exceeding 75%. The recorded damage is concentrated across the front of the vehicle. The hood’s front edge is moderately deformed, with an uneven shape and an enlarged irregular gap above the grille and headlights. The front bumper cover has severe damage: the central and right sections are broken or missing, with torn edges and internal components exposed. The kidney grille has displaced and missing vertical pieces, and the lower front fascia and air-intake area contain severe broken and missing sections. The left front fender is moderately folded and deformed around the headlight and wheel-arch area. The right front corner fascia is severely torn and displaced, with broken plastic and internal components visible behind the headlight and bumper area. A cable or wiring lead is also hanging from the lower center of the front bumper area and extends onto the ground. The instrument cluster reportedly displays a “Refill coolant” message. BMW 328 models of this generation can have cooling-system-related concerns, so the cooling system should be checked; however, the available finding does not establish the cause or severity of the warning. According to the VIN decode, this is a 2015 BMW 328i 3-Series sedan in xDrive GT trim, with all-wheel drive, a 2.0-liter four-cylinder gasoline engine, and a reported 241 horsepower. The vehicle was manufactured by BMW AG in Germany. The available findings do not establish the condition of the engine, transmission, cooling system, suspension, steering, airbags, or other components behind the visible front-end damage. A comprehensive physical inspection and diagnostic scan are recommended before purchase, with particular attention to structural alignment, exposed wiring, cooling-system integrity, headlights, front-end sensors, and the operation of safety systems.