2011 Peugeot Partner 1.6L Diesel · SD11 CDN

A recurring theme in this Peugeot Partner's MOT history is progressive rear coil spring corrosion, flagged as an advisory across four consecutive tests from 2019 through 2022, alongside a pattern of edge-worn tyres that surfaced in 2019, 2022, and 2023. Despite these chronic advisories, the vehicle has passed every annual test on record, with the three most recent examinations in January 2024, January 2025, and January 2026 all completed without any defects or advisories whatsoever. The absence of fresh advisories on the latest pass suggests either that replacement components have been fitted or that the previously noted wear items have not yet deteriorated to advisory level, though coil spring corrosion on a 2011 Partner is rarely a one-off event and often returns within a couple of testing cycles once it begins. The current roadworthy status is therefore stable on paper, but the historical pattern points to a chassis and suspension package that has already shown its vulnerability to surface oxidation and uneven tyre wear geometry. With 131,700 miles recorded against a 2011 registration, this Partner has averaged roughly 8,780 miles per year over its fifteen-year life, which sits broadly in line with typical commercial or light commercial usage for the model. There are no extended gaps in the annual testing record, meaning the vehicle has been in continuous use throughout the recorded period rather than laid up for any significant stretch, and the mileage accumulation has been steady rather than sporadic. Mechanically, this consistent usage pattern tends to keep drivetrain components, brake friction material, and fluids working rather than suffering the deterioration associated with long stationary periods, but the high absolute mileage still places considerable cumulative load on items such as the clutch, dual-mass flywheel if fitted, engine oil seals, gearbox mounts, and suspension linkages. Tyre advisories at this odometer reading are unsurprising given the working-vehicle remit of the Partner, but the recurring edge-wear entries do suggest that wheel alignment or suspension geometry should be investigated rather than dismissed as routine consumption. For a prospective buyer, the priority on inspection should be the rear suspension, given the four-year run of coil spring corrosion advisories. On a test drive, listen for clonks or metallic rattles over speed humps and uneven road surfaces, particularly from the nearside and offside rear corners, and visually inspect the springs for flaking paint, deep pitting, or any signs that sections of material have broken away. Pay attention to the vehicle's stance at the rear when unladen, as a sagging or uneven ride height can reveal a spring that has lost structural integrity. Because the tyre advisories have repeatedly cited outer-edge wear rather than general tread depletion, ask for a current wheel alignment printout and check that all four tyres are matching in brand, size, and tread depth, as uneven alignment is the most common cause of this specific wear pattern on light commercials. Beyond the chassis items, a thorough physical inspection should focus on the other wear points consistent with this mileage. Check the front brake discs and pads for lipping, hot spots, or binding calipers, as 131,700 miles of urban and light commercial use typically demands at least one full disc replacement cycle. Inspect the underside, particularly the subframe, rear axle beam, brake pipes, and fuel lines, for any bubbling or structural corrosion, as the same environment that corroded the coil springs will attack these areas. On the test drive, feel for steering wander, pulling under braking, or any knocking from the front suspension over uneven surfaces, which would indicate worn bushes or drop links. Finally, verify that the recent absence of advisories is not simply because older wear items were resolved immediately prior to test rather than being a genuine reflection of the vehicle's current condition, and request evidence of any suspension or alignment work carried out since the 2022 test.