2010 Toyota Auris 1.8L Hybrid electric · LR60 VBX

The 2010 Toyota Auris passed its most recent MOT on 20 March 2026, albeit with two advisories relating to rear brake disc wear and perishing on the offside rear outer tyre. Reviewing the trajectory of the past five MOTs reveals a pattern that warrants close attention. While the vehicle has consistently passed, it has accumulated a notable cluster of advisories concerning front suspension and steering components, specifically the offside front suspension arm, offside front track rod end, and inner steering rack joint, alongside multiple advisories for perishing tyres. The failure on 9 April 2025 for an excessively worn offside front suspension arm pin or bush, and the earlier failure on 18 April 2023 for excessive play in the offside front track rod end ball joint, demonstrate that while the vehicle is generally roadworthy at the point of test, there is a recurring mechanical theme on the front offside corner which suggests progressive wear rather than isolated incidents. The maintenance trend is therefore best characterised as stable but with accumulating front-end wear that any prospective buyer should treat as the principal mechanical concern. With 100,495 miles recorded over approximately sixteen years, this Auris averages around 6,281 miles annually, which is broadly typical for a vehicle of its age and indicates neither excessive motorway use nor prolonged periods of standing. The mileage progression between MOTs appears consistent without any large unexplained gaps, suggesting the odometer reading is credible and the car has seen regular if modest use. Such average annual mileage generally correlates with steady wear of brake components, suspension consumables, and tyres, which aligns well with the recurring advisories observed in the MOT history. Mechanical implications include the likelihood that engine, gearbox, and clutch wear will be commensurate with the recorded distance rather than disproportionately aged through inactivity, which is a positive indicator for the drivetrain but reinforces the need to scrutinise wearing components such as the suspension and braking system that have already begun to attract advisories. Given the recurring advisories for the offside front suspension arm, the offside front ball joint, the offside front track rod end, and the steering rack inner joint, a prospective buyer should conduct a thorough physical inspection of the front offside suspension and steering assembly prior to purchase. On a test drive, listen for any knocking or clunking from the front end, particularly when traversing speed bumps, potholes, or uneven surfaces, as this commonly indicates worn bushes or ball joints. Pay attention to steering precision, noting any vagueness, wandering, or knocking through the steering wheel, which could confirm the advisory for play in the steering rack inner joint. The front suspension arms, anti-roll bar linkage, drop links, and bushes should be visually inspected for perishing, cracking, or excessive movement when the wheel is loaded by hand, and the cost of replacing worn suspension components and a steering rack joint should be factored into any offer. The advisories relating to brake pad wear at both the front and rear across multiple tests indicate that the braking system has been progressively wearing, with the most recent advisory noting rear brake disc wear. A test drive should include firm pedal applications from moderate speed to check for brake shudder, which would suggest the rear discs are now corroded or warped beyond acceptable limits, and any pulling to one side or sponginess in the pedal. Tyre perishing and cracking have appeared on both nearside and offside positions over several tests, which is characteristic of a vehicle of this age where sidewall rubber degrades through calendar ageing even where tread depth remains legal, and a close visual inspection of all four tyres for sidewall cracking is therefore essential regardless of apparent condition. Finally, given the vehicle is now sixteen years old, the buyer should verify the age and condition of the 12V battery, confirm that brake fluid has been refreshed in line with calendar-based servicing intervals, check the coolant strength and condition for internal corrosion protection, and ensure the cambelt and water pump replacement schedule has been observed according to Toyota service intervals, as these time-based items become the dominant maintenance consideration once a car passes the ten-year mark.