2009 Honda Insight 1.3L Electric · GY09 FYN

A recurring theme of electrical and minor mechanical defects defines the MOT history of this 2009 Honda Insight, with three failures recorded across the seven documented tests despite the vehicle subsequently passing each time on the same date or shortly after. The 2026 test produced an immediate pass with no advisories or failures logged, marking the cleanest outcome in the sequence, yet the same inspection initially failed on both front headlamp aim projections, indicating a likely sensor or alignment issue affecting the beam pattern on both sides. Earlier, the 2025 test passed cleanly only after failing on ineffective windscreen wipers and a perished track rod end dust cover on the nearside, while the 2024 pass carried advisories for both rear tyres wearing close to the legal limit and on the edges. Taken together, the record is not one of chronic structural decline but rather a pattern of relatively minor component-level issues, predominantly lighting, wiper, and steering wear items, all of which were remedied before the respective certificates were issued. Annual mileage of roughly 6,636 miles across seventeen years places this Insight in broadly typical usage territory for its vintage, though the figure sits at the lower end of the average range and reflects a car that has spent considerable time in light or intermittent service rather than sustained long-distance running. There are no extended gaps between tests to suggest a multi-year period off the road, with annual examinations recorded consistently from 2021 through 2026, indicating the vehicle has remained in regular use and therefore subject to normal operational wear. This kind of usage profile tends to be kinder to major drivetrain components but can be harsher on certain items such as brake discs, which are susceptible to corrosion from infrequent heavy braking, and on rubber components and lubricants that degrade with age regardless of mileage. Given the specific advisories and failures on record, a prospective buyer should focus attention on the front steering and suspension geometry, particularly the nearside track rod end, where a perished dust cover was flagged in 2025. On a test drive, listen for clonking or knocking noises from the front suspension over speed humps and uneven road surfaces, and check for uneven or excessive tyre wear across both front wheels, which would suggest the joint has deteriorated further or that geometry has shifted since the replacement. The rear tyres flagged as edge-worn in 2024 should also be inspected for any remaining feathering or shoulder wear, and the wheel alignment checked, as edge wear on a rear axle can indicate worn rear bushes or bush deflection. Brake feel should be evaluated for any judder through the pedal under firm application, which on a low-mileage urban car of this age often points to corroded or warped front discs rather than pad wear. The headlamp aim failures on both sides in the same 2026 test warrant particular scrutiny, as simultaneous incorrect projection on nearside and offside is more commonly linked to a defective levelling sensor, a sagging rear axle, or an electrical fault rather than simple bulb adjustment. With the headlights switched on, verify that the beam pattern sits level and symmetrical on a flat surface such as a garage door, and check for any warning lights on the instrument cluster relating to the lighting or suspension levelling system. The wiper failures from 2025 should prompt inspection of the wiper linkage and motor for any hesitation or streaking across the screen, particularly along the driver-side arc where wear tends to be most pronounced. Finally, given the vehicle's age and the Integrated Motor Assist hybrid system characteristic of this generation, a thorough diagnostic read of any stored hybrid system fault codes and a check for the typical age-related wear items such as 12V auxiliary battery condition and coolant integrity would form a sensible part of any pre-purchase evaluation.