2011 Honda CR-Z 1.4L Hybrid electric (clean) · FN61 ZBJ

A recurring pattern of wear on consumable items and suspension components characterises the roadworthiness history of this fifteen-year-old Honda hybrid, which successfully secured a clean pass on 2018-07-18 without any recorded defects. Reviewing the overall MOT timeline reveals a generally stable trajectory where minor structural and braking advisories appear periodically but do not escalate into consecutive test failures. Across eight historical examinations, the car has maintained a clean pass rate, though intermittent notes regarding suspension dampening and friction materials require careful scrutiny by any prospective purchaser. Accumulating a total of 60,986 miles over its fifteen-year lifespan yields an average annual mileage of roughly 4,066 miles, indicating a low-usage profile that falls well below the national typical distance. This restricted deployment rate means the vehicle has spent considerable periods parked or operating on short urban journeys rather than sustained motorway runs. Mechanically, such light usage patterns often concentrate wear onto specific exposed assemblies, accelerating localized corrosion on underbody components and encouraging surface degradation on friction surfaces while leaving drivetrain elements relatively unburdened. Targeted inspection should focus directly on the braking system and rear suspension, given past advisories for thin pads, pitted rear discs, and a light misting of oil on the nearside rear shock absorber noted in 2024. During a static and dynamic evaluation, listen intently for any knocking or damping float from the rear axle over speed humps and rough tarmac, which would confirm whether that damp shock absorber has deteriorated further. Check the friction faces of the rear brake discs for deep scoring or ridge formation, and test the footbrake pedal feel during the test drive to ensure it remains firm without excessive travel or uneven pulling, which would indicate binding calipers or uneven pad wear. Further attention must be given to the structural integrity of the suspension springs and undercarriage, referencing the offside rear coil spring corrosion flagged during the 2020 test. Crawl beneath the vehicle with a torch to inspect the lower suspension arms, subframe mountings, and coil spring coils for flaking rust or structural thinning. Verify that all electrical hybrid systems operate without warning lights on the dashboard during initial startup and acceleration, ensuring the regenerative braking and IMA battery assist engage smoothly under load to complete a thorough roadworthiness appraisal.