2006 MG ZR 1.4L Petrol · VX55 LVR

A persistent theme across the five‑year MOT record is a series of recurring leaks and wear points rather than isolated, one‑off faults. The power‑steering system has been flagged for slight seepage every year from 2017 through 2021, and the rear tyre sidewalls have repeatedly been noted as cracked or perishing. Track‑rod dust‑cover failures appeared as major defects in 2019 and 2021, while the 2018 and 2017 tests added rear‑suspension mounting corrosion and front‑brake imbalance to the list. The latest MOT in February 2021 recorded a pass after a failure for a nearside front direction indicator, but the same advisories for power‑steering seepage and rear tyre condition remained, indicating that the underlying issues have not been fully resolved. With 59,250 mi logged on a 20‑year‑old MG ZR the average annual mileage is just under 3,000 mi, well below the typical usage rate for a vehicle of this age. Such low utilisation can be a double‑edged sword: engine and drivetrain wear may be modest, yet age‑related degradation of rubber, bushings and corrosion‑prone components can progress regardless of miles. The MOT history shows no large mileage jumps between tests, suggesting the car has not been subjected to sudden high‑use periods, but the gaps after 2021 leave the current state of those age‑related wear points unverified. Prospective buyers should give the power‑steering rack a close visual inspection for fresh fluid on the rack housing or surrounding hoses, and verify that the steering feels smooth without excessive play or whining noises under load. The rear tyres should be examined for any sidewall cracks, bulges or loss of tread, especially on the nearside where the advisory has persisted; any such damage warrants immediate replacement. Inspect the track‑rod ends and their dust‑cover assemblies for loosened or missing covers and for any play in the ball joints, which can manifest as a clunk when cornering over bumps. The rear suspension mounting area should be checked for rust beyond superficial surface, as corrosion there can affect structural integrity. Brake performance must be confirmed on a test drive: feel for pedal firmness, any judder or pull to one side, and listen for unusual noises that could indicate the off‑side front brake bind noted in 2017. Verify that both stop lamps and the nearside front direction indicator illuminate correctly, as these were recent failures. Finally, a visual check of the fuel tank for surface corrosion and a brief assessment of the front shock absorber for reduced damping will help gauge whether the age‑related wear flagged in earlier MOTs has progressed. Addressing these specific items before purchase will give a clearer picture of the car’s roadworthiness.