2022 Ford Kuga ST-Line X Edition HEV CVT 2.5L Hybrid electric (clean) · AX22 AFV

The 2022 Ford Kuga ST-Line X Edition HEV CVT has achieved a clean roadworthiness pass on its most recent DVSA MOT test conducted on 2026-07-11, with no recorded defects or advisories. This follows a similarly unblemished result from the preceding MOT on 2025-07-16, indicating a stable maintenance record and no evidence of escalating mechanical issues over the two-year period. The vehicle’s consistent MOT history suggests that the owner has adhered to basic roadworthiness standards, though the absence of defects does not guarantee absolute freedom from latent wear or emerging problems that may not yet meet MOT thresholds. A prolonged period without recorded advisories—particularly in high-wear areas such as suspension, brakes, or exhaust systems—could imply either proactive servicing or a vehicle that has not yet reached critical wear thresholds. However, the lack of a service history or maintenance logs means the buyer should exercise caution and treat this as a baseline for further scrutiny rather than a definitive assurance of long-term reliability. The recorded mileage of 42,331 miles for a vehicle aged four years represents a reasonable annual usage rate of approximately 10,583 miles, which aligns with typical driving patterns for a car of this class. This usage level does not suggest excessive wear from high-mileage accumulation, but it also does not indicate light or infrequent use, which could mitigate certain wear risks. A mileage gap of around four years between MOT tests is standard for many vehicles, but without additional context on whether the vehicle was in active service or stored, the absence of wear-related advisories could either reflect effective maintenance or a vehicle that has not yet encountered significant mechanical stress. For the drivetrain, suspension, and braking systems, this mileage is within a range where minor wear is expected, but deeper inspection is advisable to confirm that components like suspension bushes, coil springs, and brake pads have not degraded beyond MOT thresholds. The CVT transmission in HEV models is particularly sensitive to heat and wear over time, so any signs of unusual resistance during acceleration or gear shifts should be investigated. Given the clean MOT history and moderate mileage, the prospective buyer should conduct a thorough physical inspection to identify potential issues that may not have been flagged by the DVSA test. First and foremost, examine the tyres for signs of sidewall perishing or cracking, which can occur even at moderate mileage if the vehicle has been stored for prolonged periods without use. Check for uneven wear patterns, which may indicate misalignment, suspension issues, or incorrect tyre pressure, all of which can lead to reduced handling stability and increased risk of hydroplaning. The brake system should be scrutinised for signs of corrosion on discs and linings, particularly in areas where the vehicle may have been stationary for extended periods, as standing fluid can accelerate corrosion. Inspect the brake calipers for binding or excessive play, which could suggest internal wear or fluid leakage, and listen for any grinding or squeaking noises during braking, which may indicate worn linings or warped discs. The 12V battery should be tested for voltage output and overall health, especially if the vehicle has been in use with minimal electrical demand, as prolonged inactivity can lead to battery discharge. Fluid levels in the engine, transmission, and cooling systems should be checked for degradation or contamination, with particular attention to the transmission fluid, which in HEV CVT systems degrades more rapidly than conventional automatic transmissions. The exhaust system should be inspected for leaks, rust, or discolouration, as these can indicate catalytic converter failure or structural integrity issues. Finally, the vehicle’s service history should be reviewed if available, as the absence of recorded service stamps may obscure critical maintenance intervals for components like the CVT fluid change, which is typically recommended every 60,000 to 80,000 miles or every two years, whichever comes first. A test drive should include checks for unusual noises—such as clunks from suspension or clattering from exhaust components—and monitoring of fluid levels during operation to detect leaks or overheating. If any of these areas show signs of concern, further diagnostic work or professional inspection is strongly advised.