2017 Volkswagen Polo 1.2L Petrol · OV67 ENL

A rear brake and suspension defect pair on the same day in March 2026 abruptly punctures what had otherwise been a remarkably clean DVSA record for this 2017 Volkswagen Polo. Prior to that date, the vehicle had passed four consecutive MOT tests stretching back to September 2022 with no advisories or defects of any kind, painting a picture of solid mechanical upkeep. The single failure, dated 2026-03-20, identified dangerous wear on the offside rear brake pad at under 1.5 mm of friction material and a major-magnitude fluid leak from the offside rear shock absorber. A same-day pass entry on the record indicates the repairs were completed immediately and the car was retested successfully, but the coincidence of both faults occurring on one rear corner is a relevant mechanical data point for any prospective buyer. With 48,343 miles recorded against a nine-year vehicle age, the Polo has accumulated only around 5,371 miles annually, which is notably low for a car of this vintage. The MOT history shows testing activity in 2022, 2024, 2025 and 2026, with a noticeable gap in 2023 and an earlier gap in 2020 and 2021, the latter likely reflecting either SORN status or reduced usage during the pandemic period. Low annual mileage generally means less wear on the engine, drivetrain and clutch, but it can also mean extended standing periods, which may allow brake components to seize slightly on their calipers, suspension bushes to dry out and harden, and brake fluid to age without being flushed. The fact that the rear brake pad wore to a dangerous level despite this low mileage could indicate that the offside caliper or handbrake mechanism has been binding, dragging the pad down prematurely. Given the specific failure on the offside rear shock absorber, particular attention should be paid to the rear suspension geometry during any test drive. On uneven road surfaces or speed bumps, listen for clonking or knocking noises from the offside rear corner, which could indicate that the replacement shock has not been correctly seated or that a related bush or mounting has been disturbed. The vehicle should track straight without any noticeable lean or wallow through corners, and a firm press down on each rear corner should produce a single controlled rebound rather than continued bouncing. The condition of the offside rear tyre should also be inspected closely for uneven inner or outer shoulder wear, as a compromised damper would have allowed the wheel to bounce excessively under load. The rear brake system warrants an equally focused inspection. With the offside rear pads having worn to less than 1.5 mm, the corresponding caliper, sliders and handbrake mechanism on that corner should be checked for smooth operation and freedom of movement. During a test drive, any pulling to one side under braking, a spongy or low pedal, or a grinding or scraping noise from the rear should be treated as immediate grounds for further investigation. Because the failure was recorded as dangerous rather than major, the wear was acute, and it is worth confirming with the seller that the caliper guide pins were cleaned and greased at the same time as the pad replacement, rather than just the pads being swapped without addressing the underlying cause. A clean bill of health on all other MOT entries suggests the rest of the car has been well maintained, so the priority for any buyer is a thorough post-repair inspection of the offside rear corner.