2014 BMW I8 1.5L Hybrid electric (clean) · LC64 FDV

Recurrent wear to the braking system and steering components defines the recent roadworthiness profile of this vehicle, which concluded its most recent inspection on 2026-09-09 with a pass following a failure two days prior. While the car maintained a clean record between 2021 and 2023, the subsequent years have seen a consistent accumulation of advisories regarding brake disc condition and tyre wear. The transition from a clean history to repeated warnings suggests that the vehicle has entered a phase where high-cost consumables are reaching the end of their service life, necessitating a more rigorous approach to maintenance than the previous years indicated. With 59,158 miles recorded over twelve years, the vehicle averages approximately 4,930 miles per annum, a figure that sits well below the typical usage for a performance-oriented vehicle of this class. This low-mileage profile, while often perceived as a benefit, carries the risk of component degradation associated with infrequent operation, particularly regarding the braking system. The persistent advisories for pitted and scored discs, despite the relatively low annual mileage, suggest that the vehicle may have experienced periods of inactivity that allowed surface corrosion to develop on the friction surfaces, which then failed to clear during normal operation. Prospective buyers should prioritise a physical inspection of the steering rack and front axle components, as the most recent test flagged play in the offside front inner steering rack joint. During a test drive, pay close attention to any vague feedback in the steering wheel or audible knocking sounds when navigating uneven surfaces or low-speed turns, as these are primary indicators of wear in the rack or associated linkages. Given the repeated warnings regarding the brake discs, verify the pedal feel for any pulsing or judder under braking, which would confirm the severity of the scoring noted by the examiner. The tyre condition remains a recurring point of concern, with multiple entries over the last several years citing uneven wear and tread depth issues. Inspect the inner and outer edges of all four tyres to assess the alignment, as uneven wear patterns can also mask underlying geometry issues common in sophisticated suspension setups. Furthermore, the 2026 failure related to the supplementary restraint system indicates that the vehicle's electronic safety architecture requires professional diagnostic verification to ensure no latent faults persist within the airbag or sensor modules, as these systems are critical to the vehicle's structural and safety integrity.