2016 Peugeot Elddis 2.0L Diesel · FY66 RWV

A consistent pattern of tyre perishing advisories across the offside rear and nearside positions is the most defining mechanical thread running through this Peugeot Elddis MOT record, with the offside rear tyre flagged in three consecutive tests between 2022 and 2025 before a clean result was recorded on 23 April 2026. Every test in the available history has returned a pass, and no structural, brake, suspension, or corrosion advisories have been recorded, which is a reassuring indicator of overall structural integrity for a ten-year-old vehicle. The fact that the same corner of the car repeatedly attracted advisories while the rest of the vehicle stayed clean suggests localised exposure, potentially from sun on one flank or uneven wear patterns rather than a systemic ageing issue. The latest clean pass confirms there are currently no defects the tester considered worthy of note. At 18,953 miles against a ten-year age, this Elddis has averaged around 1,895 miles annually, which is exceptionally low and points to either a predominantly leisure-use profile consistent with a campervan or motorhome conversion, or extended periods of standing between trips. Such light use typically preserves interior trim, drivetrain internals, and brake components from the wear seen on regularly driven cars, but it does place greater stress on items that degrade through age rather than mileage. Rubber components including tyres, hoses, drive belts, and suspension bushes all deteriorate with calendar years regardless of how few miles pass beneath them, which aligns with the visible pattern of perishing recorded on multiple tyres over the years. For a prospective buyer, the priority mechanical checks should centre on the items most affected by low annual mileage combined with a decade of ageing. Inspect all four tyres closely for sidewall cracking, bulges, and uneven shoulder wear, particularly on the offside rear where perishing has been repeatedly flagged; press each tyre sidewall firmly to feel for flexibility loss which indicates advanced rubber degradation even if surface cracks are not yet visible. On a test drive, listen carefully for any clonks or knocking from the suspension over uneven surfaces, which would suggest perished bushes or worn anti-roll bar linkages, and pay particular attention to how the vehicle settles after speed bumps as weak coil springs often reveal themselves through excessive bounce. Brake pedal feel should be tested for sponginess or excessive travel, as standing moisture in brake fluid and seized caliper slide pins are common on vehicles that see little sustained use. Beyond the dynamic checks, the buyer should examine the underbody and wheel arch liners carefully for any surface corrosion beginning to develop on subframe mounts, brake pipes, and suspension arms, since the MOT has not flagged these but light use does not exempt a ten-year-old vehicle from corrosion onset. Open the bonnet and inspect all visible rubber hoses for hardening or surface cracks, check the serpentine belt for glazing or fraying, and verify that the battery holds voltage under load, as a battery that has spent long stretches partially discharged will have reduced service life. The exhaust system should be tapped gently along its length to detect any internal corrosion collapse, particularly at the joint between the catalytic converter and the rear silencer. Given the clean MOT history, the only realistic mechanical concerns are age-related degradation of consumables rather than any recorded failures, making a thorough pre-purchase inspection focused on the items above the most sensible use of funds before committing.