2018 MERCEDES-BENZ GLE GLE350

The auction record lists a salvage title and identifies the primary damage as FRONT END. Stage 1 reports that the visible evidence supports the FRONT END damage classification through extensive front-end damage and missing components; however, salvage-title status cannot be confirmed from the photos. The 2018 Mercedes-Benz GLE-Class GLE350 has severe damage concentrated across the front of the vehicle. The hood is heavily crumpled and buckled along the leading edge, with pronounced deformation at both front corners. The front bumper cover, grille, lower fascia components, and related trim are missing, exposing the bumper reinforcement, radiator area, and other internal components. Detached and broken front-end parts are also shown on the ground. The front-right headlamp assembly is missing, with its mounting and wiring areas exposed. The front-right fender and wheel-arch edge are visibly deformed, and surrounding trim is displaced or missing. The front-left bumper and lower fascia are absent, while the adjacent hood corner and fender edge show bending and irregular deformation. The opposite headlamp remains visible. According to the VIN decode, this is a U.S.-built 2018 Mercedes-Benz GLE-Class GLE350 SUV with a 3.5-liter gasoline V6 engine, a seven-speed automatic transmission, and left-hand drive. The decoded equipment includes standard ABS, electronic stability control, traction control, daytime running lights, direct tire-pressure monitoring, and a rear visibility system. Several driver-assistance features, including adaptive cruise control, blind-spot monitoring, forward-collision warning, lane-departure warning, lane-keeping assistance, and parking assistance, are listed as optional; their presence and condition cannot be confirmed from the provided findings. The visible damage indicates that substantial front-end repair and replacement work will be required. The condition of components behind the exposed areas, including structural, cooling, electrical, restraint, and driver-assistance systems, cannot be determined from these findings and should be verified through a comprehensive physical inspection and diagnostic assessment.