2008 Peugeot 207 1.6L Petrol · RF08 XRY

The defining mechanical story of this Peugeot 207 is a chronic and worsening condition of the rear suspension coil springs, which have been flagged for corrosion at every single test from 2022 through 2026, and a rear coil spring which actually fractured at the 2024 test. That 2024 failure was a Major defect and was accompanied by a second Major for a split nearside front CV boot, requiring immediate repair before the vehicle could be re-tested and subsequently pass. The 2025 cycle then produced a third Major defect, again for a split CV boot on the offside front, demonstrating that drive shaft gaiter integrity is an ongoing concern. The most recent test on 23 June 2026 returned a Pass but recorded a fresh advisory for surface rust across the entire rear suspension, suggesting that corrosion is now general rather than confined to the springs. Taken together, the trajectory is one of deterioration rather than stability, with two failures in three years and a recurring advisory pattern that points to a chassis approaching the end of its structural service life. Recorded mileage stands at 91,280 miles against an 18-year vehicle age, giving an annualised accumulation of approximately 5,071 miles per year, which is notably low for a car of this vintage. There are no significant gaps in the annual MOT testing cadence between 2021 and 2026, indicating the vehicle has been in regular use and presented for inspection each year without prolonged off-road periods. Low annual mileage of this nature reduces wear on high-load drivetrain components such as the clutch, gearbox internals and engine bearings, but it does nothing to mitigate the corrosion processes that are clearly advancing on the underside of the car, and standing periods combined with short journeys can in fact accelerate underbody oxidation through lack of drying cycles. A prospective buyer should pay particular attention to the rear axle assembly, as the persistent advisories for both rear coil springs since 2022 culminating in a fractured spring in 2024 indicate a structural weakness rather than a one-off. On inspection, both rear springs should be examined for flaking, pitting, or any signs of section loss, and the spring seats and lower mounting pans should be checked for distortion where a broken coil may have contacted the bodywork. During a test drive, listen for metallic knocking or clonking from the rear over uneven surfaces, and feel for any vagueness or clunking in the rear suspension under load, particularly when traversing speed bumps or potholes. The rear shock absorbers, trailing arm bushes and anti-roll bar links should also be physically probed for play, as these are adjacent components commonly affected by the same corrosive environment. The drive shaft issues warrant equally close scrutiny, with CV boot splits recorded on the offside front twice and the nearside front once within four years. On a test drive, listen for a rhythmic clicking or knocking from the front of the vehicle during full-lock turns, which would indicate a worn CV joint resulting from prolonged boot breach, and check both front inner and outer boots for fresh grease deposits, splits, or perished rubber that may have developed since the last test. Given that the 2026 advisory has escalated from component-specific corrosion to general rear suspension surface rust, a thorough underside examination on a ramp is strongly advised, paying particular attention to brake pipes, fuel lines, the subframe mounting points and the rear beam for any advanced section loss. Any evidence of structural welding, underseal masking corrosion, or a sagging rear ride height would warrant serious caution.