Restoration Story: 2024 Lexus RX 350h Front Accident Repair Calgary, Alberta

This 2024 Lexus RX 350h luxury hybrid was admitted to the facility following a high-impact front-end collision. The damage was extensive, affecting the vehicle's signature aesthetic elements and its sophisticated suite of driver-assistance sensors. Phase 1: Precision Teardown and Sensor Inspection The impact severely crushed the right front quadrant, shattering the complex "spindle" grille and destroying the advanced LED headlight assembly. During the teardown, technicians prioritized the inspection of the Millimeter Wave Radar and front-facing camera systems housed behind the Lexus emblem. Because even a slight misalignment can disable the Pre-Collision System, the structural mounting points for these sensors were measured against factory digital blueprints to ensure they remained within sub-millimeter tolerances. Phase 2: Structural Alignment and Body Work The collision energy buckled the right front fender and caused the hood to shift on its hinges. A new OEM aluminum hood and fender were sourced to maintain the vehicle's original weight and safety ratings. Technicians utilized a hydraulic frame bench to subtly correct a minor deviation in the upper radiator support, ensuring that the new headlight and grille would line up perfectly with the sharp, modern body lines characteristic of the 2024 model. Phase 3: Paint Finishing and System Calibration The Lexus’s multi-layered metallic finish required a high degree of skill to replicate. The new panels were painted and blended into the doors to ensure a flawless transition under varying light conditions. Following reassembly, the vehicle underwent a comprehensive "Dynamic Calibration" process. This involved a test drive with specialized diagnostic equipment to verify that the adaptive cruise control and lane-keep assist systems were functioning perfectly with the new hardware. The result is a total restoration of this 2024 RX 350h, returning its striking visual presence and advanced safety features to their original factory state.