2010 Peugeot 107 1.0L Petrol · NG10 ABX

The 2010 Peugeot 107 demonstrates a stable roadworthiness status as of its most recent 2026-02-05 MOT, which passed with no defects recorded at 97,964 miles. However, the maintenance history reveals inconsistencies, including a 2025-02-11 pass at 96,808 miles and a preceding 2025-02-10 failure at 96,803 miles, both without recorded defects. This suggests potential administrative errors or unreported issues. The 2023-12-20 pass at 94,656 miles and a prior 2023-12-14 failure at 94,655 miles further complicate the pattern, indicating possible irregularities in testing outcomes. While the latest test confirms compliance, the absence of defect details in multiple failures limits confidence in the vehicle’s mechanical integrity. The vehicle’s mileage of 97,964 miles over 16 years aligns with an average of 6,123 miles annually, a typical rate for its age. Notable gaps exist in the data, such as the 2,148-mile increase between the 2023-12-14 failure (94,655 miles) and the 2025-02-10 failure (96,803 miles), spanning 14 months. This period saw no recorded tests, raising questions about maintenance continuity. Subsequent tests in 2025 and 2026 show smaller mileage increments, suggesting more frequent use or inspections. The sparse defect reporting across all entries limits analysis of wear trends, though the lack of recurring issues in the latest test implies no immediate mechanical risks. A buyer should prioritise inspecting the suspension, brakes, and exhaust system, as these components are commonly affected by age and mileage. The absence of defect records in multiple tests does not confirm their absence, so a physical examination is critical. Pay particular attention to suspension bushes, coil springs, and brake discs for signs of wear or corrosion. Structural integrity should also be verified, as rust or panel damage may not be reflected in MOT data. The vehicle’s history does not indicate major faults, but the inconsistent testing outcomes necessitate a thorough pre-purchase inspection to confirm its condition.