2020 Toyota Hilux 2.4L Diesel · FD69 OAS

The most recent DVSA examination on 15 September 2025 resulted in a PASS with no defects or advisories recorded, indicating that all previously identified major defects were rectified prior to retest. However, this positive result must be considered in the context of the preceding 7 September 2025 failure, which flagged significant issues including a missing brake pedal anti-slip provision, an inoperative rear registration plate lamp, a nail embedded in the nearside rear tyre, an offside rear tyre worn close to the legal limit and on its edge, and a nearside rear passenger door that could not be opened from outside the vehicle. The 2024 testing period also revealed a pattern of brake-related defects, with the vehicle failing in February 2024 due to an excessively binding offside rear service brake and excessive parking brake lever movement indicating incorrect adjustment, followed by a March 2024 advisory for a non-excessive rear differential oil leak and fluctuating offside rear service brake performance, and a subsequent September 2024 failure when the front brake pads wore down to the indicator material. While the overall pattern shows failures have been addressed and the vehicle is currently roadworthy, the recurrence of brake system and rear axle defects warrants continued scrutiny, as these areas may require further investment in the near future. The recorded mileage of 106,137 miles over a six-year period equates to approximately 17,690 miles annually, which is notably higher than typical for a vehicle of this age and is consistent with intensive commercial or utility use befitting a Hilux pickup. There are no significant gaps in the mileage progression across the recorded MOT entries, with the odometer advancing steadily between tests, suggesting the vehicle has been in regular service rather than standing idle for extended periods. This high annual mileage has direct mechanical implications, accelerating the consumption of brake components, tyres, clutch material if manual, drivetrain bearings, and suspension bushes. The advisories and failures relating to brake binding, pad wear, and tyre degradation align with this high-use profile, and a prospective buyer should anticipate that other wear items such as the rear leaf spring bushes, shock absorbers, and propshaft universal joints will require inspection given the cumulative mileage already accumulated. On a physical inspection and test drive, particular attention should be directed to the brake system given its history of binding calipers and rapid pad wear. With the vehicle stationary, confirm that all wheels rotate freely without drag, and listen for any scraping or grinding noises that could indicate a binding caliper or worn pad material. On the road, test the brakes at low speed for any pulling to one side, shudder through the steering wheel, or a spongy pedal feel, all of which could indicate warped discs, sticking calipers, or hydraulic issues. The parking brake should be tested on an incline to confirm it holds firmly with adequate reserve, addressing the previous adjustment issue. The rear differential oil leak, though previously deemed not excessive, should be re-examined by inspecting the underside for fresh oil staining around the differential housing, as leaks of this nature tend to progress over time. The nearside rear passenger door mechanism, previously recorded as unable to open from outside, should be verified for proper operation including the exterior handle, key lock, and internal latch. Beyond the documented defects, the high mileage and working vehicle profile warrant a thorough inspection of age and use-related wear items. Examine all four tyres, including the spare, for sidewall cracking or perishing characteristic of ageing rubber, and verify manufacturing dates as tyres over six years old may require replacement regardless of tread depth. Inspect the underside and chassis for corrosion, particularly around suspension mounting points, the rear axle, and brake lines, as Hilux models used in commercial applications can be exposed to corrosive environments. Check the condition of the suspension by pushing down firmly on each corner and releasing, listening for any knocking or squeaking indicative of worn bushes or shock absorbers. Confirm the 12V battery is holding charge adequately, as high-mileage working vehicles often suffer from reduced battery life due to frequent short trips and heavy electrical load. Verify the service book history to ensure timely replacement of engine oil, transmission fluid, transfer box oil, and brake fluid, as time-sensitive fluid servicing is particularly important on a high-mileage vehicle. Finally, examine the bodywork for dents, scratches, and load bed damage consistent with commercial use, and confirm the VIN and chassis numbers match the documentation.