2021 Peugeot 208 Active EV Electric · LS21 VME

The most recent DVSA examination on 28 March 2026 returned a pass, though two advisories were recorded against the vehicle. The nearside rear sill has sustained accident damage and the nearside charging cover flap is noted as missing or damaged. While the test outcome itself is favourable, the underlying pattern across the three recorded examinations does suggest a vehicle that has seen meaningful wear and minor structural incident. The 2025 test included two minors concerning a deteriorated anti-roll bar ball joint dust cover and a defective windscreen wiper blade, alongside advisories for a worn offside front tyre, a worn but not excessively deteriorated outer drive shaft joint, and a deformed nearside rear lower integral body structure where rigidity was deemed not significantly reduced. When viewed chronologically, the 2024 pass showed advisories relating to tyre wear on the offside front and slight distortion of two road wheels. The overall trend is therefore one of stable roadworthiness, with the current advisories sitting at the lower end of the defect scale, but a buyer should be aware that suspension consumables and structural areas around the rear nearside have now been flagged across consecutive tests and warrant closer physical inspection. Recorded mileage stands at 103,386 miles over a five-year period, equating to roughly 20,677 miles per year. This is a notably high annual accumulation for a vehicle of this age and is well above the typical private car usage figure of 8,000 to 12,000 miles annually. The mileage progression between tests, from 2024 through to early 2026, indicates consistent and substantial use. For an electric Peugeot 208, high mileage principally influences wear on the suspension, braking system, tyres, and steering components, as well as the long-term health of the high-voltage battery, which tends to degrade more rapidly in vehicles that are frequently rapid-charged or operated in demanding conditions. A high-mileage example should not be dismissed purely on distance covered, but a prospective buyer must recognise that mechanical sympathy, charging history, and the state of wear items will be more critical than on a lower-mileage equivalent. Given the recurring advisories on suspension and body components, particular attention should be paid to the nearside rear lower body structure, with a physical check for any sharp edges, corrosion forming beneath deformed panels, or movement when pressed. A careful inspection underneath, ideally on a ramp, will confirm whether the previously noted deformation has remained stable or progressed. The anti-roll bar ball joint dust cover, classed as a minor in 2025, should be checked for splits or grease loss, as a perished boot allows water and grit into the joint and accelerates wear. On a test drive, listen for clonks or rattles over speed humps and during direction changes, which would suggest worn anti-roll bar drop links, bushes, or ball joints. The outer drive shaft joint advisory warrants a check for clicking noises on full lock, and the CV gaiter should be inspected for tears and grease deposits. The nearside rear sill accident damage should be examined closely for quality of any previous repair, as poorly executed accident damage can conceal corrosion or compromise structural integrity. Beyond the recorded advisories, the high annual mileage profile makes a thorough check of tyres essential, paying particular attention to the offside front which has been flagged for edge wear on two consecutive tests. Uneven inner or outer wear can point to suspension geometry misalignment, worn bushes, or tracking issues. Inspect the nearside rear road wheel for cracks, buckle, or further distortion, and check all wheels for kerb damage. Because the vehicle is EV-based, verify the charging port condition, including the missing or damaged flap noted on the latest test, and ensure the 12-volt auxiliary battery is healthy, as EVs still rely on a conventional battery for ancillary systems. Examine the underside carefully for corrosion on brake lines, suspension arms, and the distinctive underbody protection of the battery pack, and request evidence of the high-voltage battery state of health, ideally through a diagnostic report. Finally, confirm the service history, paying particular attention to brake fluid replacement intervals, coolant renewal for the thermal management system, and any updates to the onboard charging software, as these are time-sensitive items irrespective of the odometer reading.