2017 Honda CR-V 2.0L Petrol · GY67 FVT

This 2017 Honda CR-V presents a broadly reassuring mechanical profile built on a multi-year record of clean MOT passes, with the most recent assessment on 5 November 2025 confirming roadworthiness with no recorded defects or advisories. The single failing entry on that same date sits alongside a clean pass, which is a typical DVSA pattern where a vehicle fails on a minor presentation issue, is rectified off-site, and returns the same day to record a pass — no mechanical components were flagged. The earlier failure dated 27 October 2023 likewise carries no recorded defect, reinforcing the impression that any underlying issues have been minor and promptly addressed rather than representing systemic deterioration. Across four recorded tests spanning 2023 to 2025, the absence of any advisory notes for components such as brake lines, suspension bushes, coil springs, brake discs, or corrosion is notable for a nine-year-old crossover and indicates that the structural and consumable wear points commonly monitored under the MOT regime have not yet reached reportable thresholds. With only 45,713 miles recorded over approximately nine years, this CR-V has averaged around 5,079 miles annually, which is well below the typical mileage expectation for a family SUV of this vintage. Such modest accumulation suggests either regular short journeys, garage storage, or extended periods of inactivity between uses, all of which carry distinct mechanical implications. Lighter running typically preserves major drivetrain components such as the clutch, turbocharger, and dual-clutch automatic internals, while reducing wear on brake discs and pads. Conversely, low annual mileage and possible periods of standing can accelerate sidewall deterioration in tyres, allow brake discs to corrode superficially between services, and place standing load on the 12V battery. The testing pattern — with entries every twelve months and no multi-year gaps in MOT attendance — suggests the vehicle has remained in active use rather than being laid up for prolonged periods, which mitigates many of the worst-case lay-up concerns. For a prospective buyer, the absence of recorded advisories means there is no specific component history to investigate further, though a thorough pre-purchase inspection remains essential given the vehicle's age. A test drive should include firm braking from moderate speed to check for any pedal judder or pulling that might indicate glazed or corroded front discs, a common finding on low-mileage vehicles that sit between short journeys. Listen for clonks or knocks from the front suspension over speed bumps and uneven surfaces, paying particular attention to the compliance bushes and anti-roll bar drop links, which are known wear items on CR-Vs of this generation and can deteriorate without yet triggering an MOT advisory. Inspect the underbody, sills, and rear wheel arch lips for any emerging surface corrosion, and verify that the tyres are recent — the DOT date code on the sidewall should be checked, as older tyres on a low-mileage car are more prone to cracking despite retaining legal tread. Given the clean advisory history, attention should also focus on items that fall outside the MOT pass/fail criteria but affect long-term reliability. Confirm the service history shows timely fluid changes for the engine oil, automatic transmission fluid if applicable, and brake fluid, as low annual mileage does not negate the calendar-based degradation intervals recommended by Honda. Cold-start behaviour should be observed for any unusual smoke or hesitation that might indicate oil control issues or coolant leaks around the thermostat housing, both of which are documented on the earlier K-series-derived and R-series petrol engines used in this generation. Finally, verify the operation of the rear differential and all-wheel-drive system if fitted, particularly on wet or loose surfaces during the test drive, as mechanical couplings in the rear drive unit can seize from infrequent engagement on a predominantly low-mileage, urban-driven example.