2018 Toyota Proace 1.6L Diesel · GV67 KZX

Recurring component wear and a history of safety-related test failures define the mechanical record of this Toyota Proace, which successfully secured a test pass on January 28, 2026, with a minor defect noted for a defective nearside windscreen wiper blade. Spanning eight annual tests from January 2021 to January 2026, the vehicle has encountered two separate test failures, including a major defect in 2023 for a deployed middle rear seat belt pretensioner and a prior 2022 failure for headlamp aim alongside multiple tyre advisories. While subsequent annual tests in 2024 and 2025 yielded passes with declining advisory counts, the presence of these historical structural and safety system flags indicates that this commercial vehicle has experienced notable operational demands during its working life. Accumulating 74,180 miles over its eight-year lifespan translates to an average of roughly 9,272 miles per year, a moderate annual mileage rate that aligns with typical light commercial usage profiles. This steady accumulation pattern suggests the vehicle has remained in fairly regular service without experiencing extended periods of storage or excessive high-mileage fleet punishment. Mechanically, a consistent usage profile of this nature places predictable, even wear across foundational drivetrain, steering, and braking assemblies rather than the accelerated fatigue associated with multi-owner commercial over-utilisation or long-term static decay. Given the specific items flagged in past evaluations, prospective buyers must conduct targeted physical inspections of the vehicle during a viewing and test drive. Check the condition of both front tyres carefully for residual tread depth and inspect the outer shoulders for the uneven wear patterns noted in previous test advisories, which can indicate front-end geometry misalignment or suspension component wear. Listen closely for any abnormal knocks, clunks, or tracking wander from the front axle when driving over rough road surfaces or speed humps, as these symptoms point to tired wishbone bushes, ball joints, or drop links. Furthermore, verify that all cabin safety systems, including every seat belt mechanism, inertia reel, and associated dashboard warning light, operate correctly following the major failure recorded for the deployed middle pretensioner in 2023. Ensure that the headlamp units adjust properly and project an even beam pattern, addressing the historical adjustment failure, and test the auxiliary electrical features to confirm that all operational controls function without fault.