2022 Renault ZOE Play EV 50 Electricity · SL22 NMX

In the 8 May 2026 test at 19,487 miles, the vehicle secured a pass, yet the maintenance trend reveals a pattern of deferred servicing rather than proactive upkeep. The January 2026 examination at 19,485 miles recorded multiple failures across the braking and restraint systems, which the owner addressed just four months later. Brake disc scoring and pad wear appeared in both the October 2025 test at 17,522 miles and the January 2026 assessment, indicating the friction components reached critical wear thresholds without timely intervention. The tester flagged binding rear brakes and substandard parking brake efficiency during the January inspection, pointing to neglected caliper slide pins or seized handbrake mechanisms. These recurring mechanical faults suggest a reactive maintenance approach. Annual mileage sits at approximately 4,872 miles, a notably low figure for a four-year-old electric vehicle. The odometer advanced only 1,963 miles between the October 2025 test and the January 2026 examination, followed by a mere two-mile increase by May 2026. Such minimal usage typically reduces drivetrain fatigue, yet the rapid degradation of consumables contradicts the light running pattern. Tyre sidewall damage and edge wear emerged in October 2025 and persisted through to the latest test, while the supplementary restraint system warning lamp triggered consecutive failures. Low mileage often masks underlying issues like tyre dry rot or seized brake components from prolonged standing. The record implies the vehicle spent extended periods stationary without proper preservation checks. A prospective buyer must physically verify the condition of the braking system before committing to the purchase. The repeated scoring on both front and rear discs, combined with the documented rear brake binding, demands a thorough check of caliper pistons, slide pins, and hydraulic lines for corrosion or restricted movement. The parking brake efficiency failure in January warrants inspection of the cable routing and rear caliper mechanisms. Tyre replacement is imminent given the edge wear and sidewall damage flagged in May, and alignment checks will confirm whether suspension geometry has shifted. The persistent supplementary restraint system warning lamp requires diagnostic scanning to rule out faulty clock springs, impact sensor faults, or compromised wiring harnesses. Addressing these items will clarify whether the vehicle remains mechanically sound or carries hidden electrical and chassis liabilities.