2010 Toyota Auris 1.4L Diesel · LM60 VCJ

A pattern of brake-pipe corrosion sits at the centre of this Auris's MOT history, and that single defect category dictates most of the mechanical priorities for any prospective buyer. The 2026-05-02 test concluded with a pass and no advisories, mirroring the clean outcomes from 2025 and 2024, but the same week as the 2024 pass the car was presented again and failed on a deteriorated anti-roll bar ball joint dust cover. More seriously, the 2023-04-24 test produced a major failure with all four brake pipes — nearside front, offside front, nearside rear and offside rear — recorded as excessively corroded, alongside a non-functioning offside stop lamp. The fact that a complete set of brake lines was flagged at the same test suggests systemic underbody corrosion rather than an isolated patch, and this is the single most important factor when judging the car's structural integrity going forward. Against a recorded odometer of 71,195 miles on a 16-year-old vehicle, the annual accumulation works out at roughly 4,450 miles per year, which is low for the age and points to either limited regular use or extended periods off the road. MOT testing has been continuous, with an annual test recorded every year from 2021 through 2026 and no obvious gaps in compliance, so the car has not been SORN for multi-year stretches and the mileage reading can be considered broadly consistent with active use. Low annual mileage reduces wear on high-mileage consumables such as the clutch, engine internals and transmission, but it raises the likelihood of standing-start corrosion on exposed underbody components — exactly the kind of degradation that produced the 2023 brake-pipe failure. Brake hydraulic seals and flexible hoses can also degrade through age rather than mileage, and on a car of this vintage these items warrant specific attention regardless of the modest odometer reading. The 2023 brake-pipe failure must be the starting point for any physical inspection. Corrosion that was once described as excessive on every section of rigid metal brake line is unlikely to be confined solely to those flagged areas, so a thorough underbody examination on a ramp is essential, looking for bubbling, flaking or perforation along the full length of the lines running from the master cylinder to the four corners, paying particular attention to the unions, clips and sections exposed to road spray. Any history of replacement should be verified with paperwork, and the routing and quality of any aftermarket lines carefully checked. The nearside rear flexible hose and the load-sensing valve area on the rear axle are common corrosion hotspots on Toyota models of this era, so the buyer should ask specifically whether these were renewed along with the rigid lines. On the road, brake pedal feel should be firm and progressive with no sponginess, and the car should pull up squarely without any pull to either side under heavy braking, which could indicate a seized caliper or a partially blocked corroded line. The 2024 anti-roll bar linkage failure on the offside front should also prompt a focused suspension check, as the dust cover failure allowed dirt ingress into the ball joint and accelerated wear. With the car now around sixteen years old, the corresponding nearside link, the drop links more generally, and the anti-roll bar bushes are all candidates for deterioration, and a road test over uneven surfaces should be carried out listening for clonks or rattles from the front end, particularly over bumps and during direction changes. Steering should feel tight without excess play at the straight-ahead position, and the front tyres should be inspected for uneven inner-edge wear, which would suggest worn suspension geometry. The offside stop lamp failure noted in 2023 should be re-verified by operating all lamps including the rear fog and number plate illumination, and a general check for any warning lights on the dashboard — particularly the ABS and brake system indicators — should be completed before purchase, as brake hydraulic work is only as reliable as the electronics that monitor it.