2015 Lexus CT 1.8L Hybrid electric · FN15 DTO

Front-end brake wear is the defining mechanical theme of this Lexus CT's recent MOT record, with both front brake discs and pads flagged for attention at the most recent pass on 18 August 2026. The vehicle achieved an MOT pass on that occasion, but the advisories recorded indicate that the front braking components are approaching the end of their useful service life. The trend is not yet a serious cause for alarm because no previous test in the recorded history flagged the brakes, but the sudden appearance of front brake component wear after several clean passes suggests that these items are now entering a wear phase that will require imminent replacement or close monitoring. Beyond the brakes, the only other notable advisory pattern relates to nearside and offside front tyres, which were flagged for damage, cracking, or perishing at both the 2025 fail and the subsequent 2025 pass, though these did not recur at the latest test. A single major defect was recorded on 18 August 2025 when the offside front anti-roll bar linkage ball joint dust cover was found to no longer prevent the ingress of dirt, resulting in a test failure that was subsequently rectified for the following day's pass. Aside from that, the 2023 and 2024 tests passed with no advisories whatsoever, indicating a generally sound structural and mechanical record. The recorded mileage of 103,311 miles across an 11-year vehicle age equates to an average annual accumulation of approximately 9,392 miles, which is broadly typical for a privately owned executive hybrid hatchback of this generation. There are no significant gaps in the MOT testing history, with annual tests consistently recorded since 2023, indicating continuous use on the public road network rather than prolonged periods of standing. The mileage progression between tests appears steady and consistent with regular driving, with no sudden spikes or unusually low annual figures that might suggest an odometer discrepancy or extensive lay-up periods. This continuous usage pattern is mechanically favourable for a hybrid vehicle, as prolonged inactivity is one of the principal causes of premature 12V auxiliary battery failure and tyre flat-spotting in this class of car, neither of which appears to have manifested in the test record. For a prospective buyer, the immediate priority should be a thorough inspection of the front braking system, given the dual advisories for worn discs and thin pads recorded at the most recent test. On a test drive, listen for any metallic grinding or squealing from the front wheels under light braking, and feel for any vibration or judder through the steering wheel or brake pedal, which would indicate disc run-out or lipping as the components wear further. Check that the front brake pedal feels firm and that the vehicle pulls up in a straight line without steering deviation, as binding calipers or uneven pad wear can develop quickly once discs reach their minimum thickness. It is also worth requesting evidence of when the front pads and discs were last replaced, as continuing to drive on components already flagged as wearing thin may result in the next MOT encountering a failure rather than a pass. The anti-roll bar linkage failure recorded in August 2025 deserves ongoing attention even though the vehicle subsequently passed. On a road test, listen for any clonking, rattling, or knocking noises from the front suspension, particularly when traversing speed bumps, potholes, or uneven surfaces, as a perished ball joint dust cover allows contamination of the joint internals and accelerates wear. Check for uneven front tyre wear across both shoulders, which can indicate anti-roll bar linkage deterioration causing instability, and ensure the front end feels tight and responsive through corners without excessive body roll or wandering. Given that the front tyres were previously flagged for cracking and perishing on both sides, inspect the current tyres closely for any sidewall deterioration, bulges, or cuts, particularly on the nearside and offside front positions. Finally, while the test record shows no advisories for rear brake wear, the front components will inevitably transfer more load under braking given the vehicle's front-weighted dynamics, so a comprehensive brake fluid and rear pad inspection would be prudent alongside any front-end refurbishment.