2016 Mercedes-Benz A-Class 1.5L Diesel · 37 JHT

The 2016 Mercedes-Benz A-Class holds a valid MOT pass certificate dated 3 July 2025 at 108,747 miles with zero defects recorded, indicating the vehicle currently meets minimum UK roadworthiness standards. The maintenance trend shows a clear pattern of recurring suspension failures followed by prompt repair. In the July 2023 test at 84,160 miles, the tester flagged a fractured nearside rear coil spring, which was rectified before the pass on 5 July. A similar cycle occurred in 2025 when the nearside rear shock absorber was flagged for negligible damping effect on 1 July at 108,733 miles, then repaired and passed two days later at 108,747 miles. This suggests previous owners addressed safety-critical faults promptly but the repeated suspension component failures point to a vulnerability in that area rather than a one-off incident. The mileage accumulation is broadly consistent with typical use for a ten-year-old vehicle. Between July 2023 at 84,164 miles and July 2025 at 108,747 miles, the car covered approximately 24,583 miles over two years, equating to roughly 12,290 miles annually. This sits above the stated average of 10,875 miles per year, suggesting sustained regular use rather than long periods of inactivity. The 2024 pass at 98,730 miles fits this trajectory neatly, confirming steady accumulation without suspicious gaps. Prospective buyers should focus their physical inspection on the rear suspension assembly. Two separate failures involving the nearside rear coil spring and shock absorber within a two-year window raise the question of whether the offside rear components have received equivalent attention or remain original and potentially fatigued. Check for uneven ride height, knocking over bumps, and signs of recent part replacement such as fresh paint on spring seats or clean bolt heads on the shock absorber mounting points. Examine the subframe mounting points and rear suspension bushes for cracking or play, as repeated component failure can accelerate wear in surrounding structural areas. Beyond the suspension, the near-109,000-mile figure warrants scrutiny of braking components, drivetrain mounts, and exhaust system integrity. Request evidence of brake disc and pad replacement intervals, and inspect the exhaust for corrosion around the rear silencer and catalytic converter joints. The clean July 2025 result provides a solid baseline, but the history of repeated suspension faults means a dynamic road test over varied surfaces remains essential before purchase.