2016 Volkswagen Polo 1.2L Petrol · CF16 HSV

With no recorded MOT failures across seven tests stretching back to 2019 and only four advisory items spread across that span, the roadworthiness profile of this Polo is largely uneventful, the most recent test on 11 June 2026 passing with no defects recorded and the previous year following suit. The advisory clusters themselves, however, tell a coherent story of routine consumable wear rather than structural concern. The 2024 test flagged rear brake pads wearing thin and both rear discs showing pitting or scoring, a common pattern for a vehicle of this age where the rear braking effort tends to be left largely to the discs and pads to manage under modest annual mileage. The 2019 test noted both front tyres nearing the legal tread limit and worn on edge, and the 2023 test repeated this front tyre edge wear observation while also flagging a slightly perished nearside rear tyre. The recurring front tyre edge wear across a four-year gap is the single most consistent mechanical theme and points to alignment geometry that may have settled or been disturbed over the vehicle's life. Between these clusters, the 2020, 2021, 2022 and 2025 tests all passed clean, suggesting the intervening advisories were addressed in a timely manner rather than left to accumulate into a failure. Recorded mileage of 39,925 miles across a ten-year-old vehicle equates to an annual accumulation of roughly 4,000 miles, which is low for the segment and consistent with light private use rather than regular commuter or fleet duty. There are no notable gaps in the MOT testing record, with annual tests running consecutively from 2019 through to 2026, indicating continuous road use and therefore no extended lay-up periods that would raise concerns about seized brakes, perished rubber gaiters or a chronically discharged battery. Lower annual mileage generally preserves the engine, clutch and drivetrain internals but places greater relative wear on components that degrade with age rather than use, namely rubber suspension bushes, coolant hoses, brake discs (which can corrode and lip excessively even with plenty of material left), tyres (which perish regardless of tread depth), and the 12V battery. The combination of low mileage and continuous testing suggests this Polo has been used regularly but gently, with the wear pattern reflecting age-related deterioration of consumables rather than high-mileage fatigue of major mechanical assemblies. For a prospective buyer, the priority items on inspection should be those that align with the recorded advisories. The rear brake discs flagged in 2024 should be inspected for lipping at the outer edge and for any radial judder or vibration through the brake pedal under firm stopping, as pitted discs can progress to a perceptible shudder before pad replacement becomes mandatory. The rear pads should be physically checked for remaining friction material, and the caliper slide pins should be confirmed as free-moving rather than seized, a common cause of uneven pad wear on rear axles. On the test drive, listen for any clonking or knocking from the front suspension over speed bumps and uneven surfaces, paying particular attention to the anti-roll bar drop links and lower wishbone bushes, and feel for vagueness or rattling through the steering wheel which can indicate worn front suspension components. The front tyres should be examined closely for inner-edge wear, as the recurring advisory on both nearside and offside fronts suggests a possible tracking issue that has not been definitively resolved; a four-wheel alignment check should be budgeted for regardless of apparent tread condition, as uneven inner-edge wear may already be present on the current tyres and would simply repeat. Beyond the flagged systems, a general age-related inspection is warranted given the vehicle's ten-year service life. All coolant hoses should be checked for signs of softening, cracking or weeping from the hose clips, particularly around the thermostat housing and rear of the engine, as these are known failure points on vehicles of this age. The exhaust system should be examined from the manifold gasket rearward for any signs of corrosion at the joints, mounting rubbers and heat shields, with particular attention to the front flexi section which commonly fails MOT on corrosion. Under the bonnet, look for any oil residue around the cam chain area and turbo oil feed pipe if fitted, as well as general signs of weeping from the sump gasket. A road test should include a full warm-up cycle, after which any blue smoke on overrun or persistent tick from the top end would warrant closer investigation. Finally, confirm that all dashboard warning lamps illuminate correctly with the ignition on and extinguish once running, and that the air conditioning system produces cold air consistently, as neglected ancillary systems can prove disproportionately expensive to remedy on older vehicles.