2011 Toyota IQ 1.0L Petrol · SW61 AZP

A clean and uninterrupted MOT record across the most recent five tests, culminating in an advisory-free pass on 4 December 2025, points to a vehicle that has remained structurally and mechanically sound throughout its recent testing history. With no advisories logged on any of the recorded examinations since at least November 2021, there is no documented pattern of component degradation, corrosion, brake wear, or emission concerns to act as an early warning for the prospective buyer. The absence of recorded defects at each annual test does, however, only reflect the standards applied on the day and does not substitute for a physical inspection; nevertheless, the consistency of clean passes suggests the core safety-critical systems such as braking, suspension, steering, lighting, and exhaust have not been deteriorating at a rate that would trigger tester attention. For a car of this age, a totally clear run over five consecutive MOTs is a strong indicator of preserved roadworthiness. At roughly 1,334 miles per year over a fifteen-year lifespan, this Toyota IQ has seen exceptionally light use, with the odometer reading 20,017 miles at the most recent test. This is well below the typical annual accumulation for a city car of this era and raises two distinct mechanical considerations. Lighter running generally preserves internal combustion components, clutch wear, and brake material, but extended periods of inactivity can take their own toll on rubber, seals, and lubricants that depend on regular heat cycling and movement. Standstill periods allow brake calipers to seize through corrosion on the slider pins, tyres to develop flat spots or sidewall cracking, and fuel system components to suffer from stale petrol, particularly in vehicles that may have been laid up through parts of the year. It is also worth noting that the mileage recorded between each annual MOT is modest, with no large jumps suggesting inconsistent use or clocked readings, and the testing history shows no gaps in annual submission that might hint at long-term off-road storage. Given the low-mileage profile, particular attention should be paid during any physical viewing to the condition of brake components that may have corroded from disuse rather than worn from use. Inspect the inner and outer faces of the brake discs for severe surface rust pitting, check that each caliper releases cleanly without binding, and confirm the hand drive and brake operates without excessive travel. A test drive should involve several firm stops from a reasonable speed to confirm straight-line stability and absence of pedal judder, which on a stored vehicle often indicates corroded or warped discs. Listen for any scraping or grinding sounds that could suggest seized caliper pistons or pads that have fused to the disc surface through lack of use. Suspension, steering, and underbody integrity deserve close scrutiny despite the unblemished MOT paper trail, as corrosion-related advisories can appear suddenly on older vehicles. With the car being over a decade and a half old, check the condition of the coil springs, anti-roll bar linkages, and suspension bushes for cracking perishing or splitting, all of which become brittle with age regardless of mileage. On the test drive, feel for any knocking or clonking over uneven surfaces, vague steering response, or uneven tyre wear that could point to perished bushes or worn ball joints. Inspect the underside for any signs of structural corrosion around subframes, mounting points, and brake or fuel lines, as the MOT test only flags corrosion that is deemed dangerous at the time of examination. Finally, verify the condition of the exhaust mounting, the flexibility of all rubber boots and gaiters, and the state of the tyres themselves, as age-cracked sidewalls on an essentially unused vehicle can pass an MOT but still present a safety concern in real-world conditions.