2018 Levc TX Vista Comfort Plus 1.5L Hybrid electric (clean) · LL68 HVM

The LEVC TX has demonstrated a commendable record of roadworthiness across the recorded testing history, with each of the four most recent annual examinations returning clean pass results and no advisories logged by DVSA testers. The most recent assessment on 26 November 2025 passed without defect, continuing a stable trend that includes successful tests in May 2025 and December 2024, alongside an unusual same-day outcome on 3 December 2024 where a failure with no defects recorded was immediately followed by a pass at the same location. The absence of any advisory items over this period indicates that the wear items normally scrutinised at MOT inspection, including brake components, suspension linkages, tyres, exhaust integrity, and emissions output, have all remained within acceptable thresholds at each test. This is a positive indicator of consistent mechanical upkeep, though the unusually high mileage for this vehicle class means a buyer should treat the clean paper record as only one part of the overall condition picture. With 125,506 miles recorded on an eight-year-old vehicle, the annual accumulation rate of approximately 15,688 miles is exceptionally high, far exceeding the average mileage for a passenger car and consistent with heavy commercial or taxi-style duty operation. Such intensive use places considerable cumulative stress on consumable and structural parts, particularly the friction surfaces of the braking system, the rubber and polyurethane components within the front and rear suspension assemblies, the steering rack and its associated tie rods, and the drive unit itself. Even though no wear advisories were captured, the underlying state of these components is highly mileage-dependent and a clean MOT does not eliminate the possibility that serviceable but heavily worn parts remain fitted. A prospective buyer should therefore view the mileage context as the dominant factor in any mechanical evaluation, rather than relying solely on the absence of advisories. Given the heavy usage profile, particular attention should be paid during a physical inspection and test drive to the condition of the front suspension arms, anti-roll bar links, and coil spring assemblies, as these are commonly fatigued or cracked on high-mileage commercial vehicles. Listen for any knocking, clonking, or creaking noises from the front end when traversing uneven surfaces or speed humps, and feel for vagueness or looseness in the steering on centre or during low-speed manoeuvres, which can point to worn drop links or deteriorating bushes. The braking system should be evaluated through firm pedal application at speed, watching for any judder, pull to one side, or excessive pedal travel that may indicate warped discs, worn pads approaching minimum thickness, or a binding caliper. Vibrations through the steering wheel or brake pedal under deceleration should be noted, as should any grinding or scraping sounds. Additional inspection priorities include a thorough check for oil leaks from the engine, transmission, or differential seals, which become more prevalent as sealing compounds age on high-mileage units, and a careful look underneath the vehicle for any surface corrosion on subframe mounting points, brake lines, and suspension sub-components. The exhaust system should be inspected for blueing, soot deposits at joints, or excessive play in mounting rubbers, all of which can indicate impending replacement needs. On the test drive, monitor for any hesitation, rough idling, or warning lights on the dashboard, and confirm that the regenerative braking or hybrid system indicators behave as expected if applicable. Finally, request evidence of recent servicing such as fluid changes, brake renewals, and suspension component replacement, as this documentation will help establish whether the high mileage has been managed proactively rather than simply accumulated.