2006 Peugeot 307 1.6L Diesel · KR06 LPL

The 2006 Peugeot 307 presents a mixed roadworthiness picture marked by recurring mechanical advisories across several years, culminating in two consecutive failed MOTs in 2024 before achieving a pass in September 2025. The pattern of failures centers on critical safety systems including severely corroded coil springs (both front and rear noted as compromised in 2021 and again in 2024), a fractured nearside front brake disc identified as dangerously cracked in 2025, and persistent tyre wear that reached legal limits by late 2024. While the vehicle managed a successful test in August 2023 and another in September 2024 prior to its final failure, the cumulative record shows a vehicle that experienced significant degradation in key safety components despite being reported as roadworthy in earlier intervals. The latest 2025-09-01 test resulted in a passing outcome, suggesting some improvement in the system state, though the underlying issues remain evident in the historical sequence. The recorded mileage of 110,002 miles for a 20-year-old vehicle represents approximately 5,500 miles per annum, which is notably lower than typical consumption patterns for a vehicle of this age and raises questions about the actual operating profile versus the odometer reading. This low utilisation rate, combined with the gap between the 2024 failed test and the subsequent 2025 pass, suggests either prolonged periods of storage followed by intermittent use rather than continuous daily driving. Such a usage pattern would normally minimise normal wear on suspension bushings, brake pads, and tyre tread depth, yet the repeated advisories regarding brake disc condition, coil spring corrosion, and tyre wear indicate that the vehicle may have been driven occasionally enough to accumulate measurable deterioration in these components despite the low mileage figure. The absence of major structural concerns in the records does not negate the fact that specific subsystems required intervention, implying that the car's real-world use did involve sufficient stress on certain elements to trigger the failing criteria. Buyers should treat the coil spring assemblies as a primary concern given the documented corrosion in both front and rear positions during the 2021 and 2024 assessments, with potential for further degradation if exposed to road salt or contaminated environments. A thorough inspection of the coil spring mounting points and associated control arms is essential, particularly when assessing ride quality and handling responsiveness during acceleration or braking. The fractured nearside front brake disc identified as dangerously cracked in 2025 warrants immediate attention; even though the 2025-09-01 test passed, the presence of a complete fracture indicates compromised braking performance and requires replacement before any future motoring, especially under heavy load conditions. Test drives should focus on hard braking to assess whether the affected disc maintains adequate friction, and a visual inspection of the disc surface and surrounding caliper housing is necessary to confirm the extent of the damage. The tyre wear history recorded in 2024 reveals that both front and rear tyres were already approaching legal limits by mid-2024, with the same warnings appearing in the preceding 2022 MOT where rear brake discs showed pitting and scoring. Given the low mileage figures, this accelerated tyre wear suggests either aggressive driving patterns such as frequent stop-start cycles or excessive speed, or alternatively that the tyres were regularly rotated poorly, leading to uneven compound exposure. On test drives, inspect each tyre for uneven wear bands, cupping on the outer edges, or signs of sidewall damage, and verify that the tread depth remains above the legal minimum. Additionally, the 2024-09-17 failed MOT highlighted reverse lights being non-functional alongside the tyre and suspension issues, so a full exterior light check is mandatory—particularly the reverse indicator and turn signals—to ensure complete electrical functionality. Finally, the history of registration plate deterioration noted across multiple years indicates potential corrosion of the bodywork, so a visual examination of the entire chassis and roof structure for rust penetration is recommended to identify any hidden corrosion that could compromise the vehicle's structural integrity over time.