2017 Mercedes-Benz A-Class 1.5L Diesel · SP17 KGY

The vehicle presents a stable and currently sound roadworthiness status, confirmed by a clean pass on 6 January 2026 at 78,599 miles with zero defects. The maintenance trend is broadly improving. A fractured nearside rear coil spring failed the test on 20 May 2025 at 75,379 miles, yet the subsequent retest on 21 May 2025 passed cleanly, indicating a prompt repair. The most recent failure on 5 January 2026 involved a visibly worn front tyre tread below the 1.0 mm minimum depth threshold, a basic consumable issue rectified by the following day. No structural corrosion, braking faults, or emissions advisories have surfaced in the recent record, suggesting the core mechanical and structural integrity remains intact. The mileage accumulation of 78,599 miles over nine years averages approximately 8,733 miles per year, which is typical for a Mercedes-Benz A-Class of this generation. The recorded intervals show a gap of roughly 3,215 miles between the April 2024 test at 69,355 miles and the May 2025 test at 75,379 miles, representing normal annual usage. A further 3,217 miles were covered between May 2025 and January 2026, consistent with steady daily driving rather than prolonged standing or high-mileage fleet use. No anomalous jumps or suspiciously low readings appear in the odometer history, supporting a credible mileage record. Prospective buyers should focus their in-person inspection on the rear suspension assembly, specifically the nearside rear coil spring that fractured in May 2025. Check for any signs of corrosion on the spring seats and inspect the corresponding shock absorber for oil misting or damping failure, as a sudden spring breakage can overload the damper. Examine the condition of the rear suspension bushes and anti-roll bar links for play. The January 2026 tyre failure highlights a need to verify the current tread depth across all four tyres and assess the wheel alignment, as uneven wear patterns could indicate underlying suspension geometry issues. Inspect the exhaust system for corrosion and ensure the emissions components function correctly, given the vehicle's age. A brief road test over uneven surfaces will confirm whether the repaired rear suspension operates without knocks or excessive bounce.