2016 Honda CR-V 1.6L Diesel · LP16 UEJ

The 2024 DVSA MOT test represents the most recent assessment on record and confirms that the vehicle achieved a pass classification, however the test also recorded brake pads wearing thin across all axles, a non-obligatory centre stop lamp malfunction, and corrosion on suspension components deemed not yet seriously weakened. Reviewing the broader test history from 2020 through 2024, the vehicle has consistently passed without any categorised failures on the subsequent retests, although advisories relating to suspension corrosion have appeared on multiple occasions. The previously failed 2023 test was limited to a malfunctioning tyre pressure monitoring system, which appears to have been rectified to allow a pass later that same day. Overall the maintenance trend appears broadly consistent rather than worsening, though the gradual accumulation of suspension corrosion advisories and the recent brake pad advisory suggests that the vehicle is entering a phase where certain consumable and chassis components are reaching the threshold of required attention. The recorded mileage of 56,167 miles across a ten-year service life equates to an average of roughly 5,600 miles per year, which is considerably below the typical annual usage profile for a family SUV of this type. This relatively low annual accumulation suggests either a pattern of predominantly short urban journeys or extended periods of standing between uses, both of which carry distinct mechanical implications. Extended standing periods are particularly relevant here, as they tend to accelerate corrosion on ferrous underbody components, brake discs and calipers due to lack of use, and can degrade 12V battery capacity, tyre sidewall flexibility, and the integrity of time-sensitive fluids such as brake fluid, coolant, and engine oil. Conversely, predominantly short-trip usage without sufficient running time to reach operating temperature can promote internal engine and exhaust condensation, contributing to oil degradation and premature wear. Given the advisory relating to brake pad wear across all axles recorded in October 2024, a prospective purchaser should anticipate that brake pads will likely require replacement within the near term if this has not already been addressed. During a test drive, any signs of brake judder, extended pedal travel, or grinding noises would indicate that pad material has depleted to the friction plate or that the discs themselves have worn beyond serviceable limits, particularly if the vehicle has been left standing allowing surface corrosion to develop on the discs. The advisory concerning the non-obligatory high-level stop lamp should be verified as a simple bulb or electrical fault, though it remains a minor concern. The repeated advisories regarding corrosion on suspension components warrant close physical inspection of the front and rear suspension assemblies, paying particular attention to coil springs, control arms, anti-roll bar links, and bushes, as corrosion in these areas can progress from the advisory stage to a fail category if structural integrity becomes compromised. On a test drive, listen for clonks or knocks over uneven surfaces, check for uneven tyre wear which may indicate deteriorated bushes or weakened springs, and verify that the vehicle maintains a level stance when parked on flat terrain. In addition to addressing the existing advisories, a comprehensive physical inspection should be undertaken appropriate to the vehicle's age and low usage profile. Tyres should be examined closely for sidewall cracking or perishing, as tyres older than five years can suffer rubber deterioration even with adequate remaining tread depth, and the date code on the sidewall should be confirmed. Brake discs should be inspected for severe corrosion or pitting, particularly on the inner faces, and calipers should be checked for seizing or binding which commonly occurs on vehicles that stand for prolonged periods. The 12V battery should be load tested, as batteries in low-mileage vehicles frequently suffer reduced capacity due to incomplete charging cycles, and all fluid levels including brake fluid, coolant, and engine oil should be verified and assessed for age-related degradation. A thorough underbody examination on a ramp is strongly recommended to assess the full extent of corrosion, particularly on subframes, exhaust components, and fuel lines. Finally, the full service history should be reviewed to confirm that time-based servicing items such as cambricant replacement, automatic or manual transmission fluid, and brake fluid renewal have been carried out at the manufacturer specified intervals regardless of the low recorded mileage, as calendar-based degradation of these fluids occurs irrespective of distance covered.