2017 Volvo V40 1.5L Petrol · GD67 EVV

The most recent DVSA examination was conducted on 6 December 2025, at which the vehicle achieved a PASS result with no advisories or defects recorded against any system. The preceding four tests, completed in December of 2022, 2023, 2024 and earlier, also returned clean passes, producing an unbroken five-year sequence of unblemished roadworthiness outcomes. The only points of note anywhere in the recorded history are two advisories raised in 2021 and 2020 concerning an offside front outer tyre cut that did not penetrate to the ply or cords, which is a minor cosmetic observation rather than an indication of structural tyre deterioration. Taken as a whole, the maintenance trend is clearly stable and indeed consistent, with no recurrence of any flagged defect, no escalating pattern of failure, and no emergence of advisories relating to braking efficiency, suspension wear, corrosion or emissions, suggesting the vehicle has been diligently presented for test and maintained to an appropriate standard throughout the recorded period. Against an age of approximately nine years, the recorded odometer reading of 24,752 miles equates to a usage rate of around 2,750 miles per year, which is substantially below the typical annual mileage for a privately operated vehicle. This low usage figure is mechanically significant, because components that degrade predominantly with calendar age rather than mileage will be the principal areas of concern. Rubber and elastomeric items such as suspension bushes, anti-roll bar links, drive shaft gaiters, timing belt components if applicable, and notably the tyres themselves are all vulnerable to perishing, cracking and hardening when subjected to low-mileage, possibly short-trip use. Brake discs and calipers are prone to corrosion and binding from prolonged standing, while fluids including brake fluid, coolant and the twelve-volt battery degrade through age irrespective of use, and a nine-year-old battery in particular should be regarded as at the end of its reliable service life. For a prospective buyer, a focused physical inspection is strongly advised before purchase, beginning with the tyres, which on a vehicle of this age and mileage profile may exhibit sidewall cracking, tread hardening or uneven shoulder wear despite apparently adequate tread depth. All four tyres and ideally the spare should be examined for hairline cracks in the sidewall rubber, and consideration given to replacement purely on age grounds if the date code indicates they are beyond six or seven years old. The braking system warrants close attention, including a check for corrosion around the disc outer edges, evidence of seized caliper slide pins which can manifest as pulling to one side under braking or uneven pad wear, and the condition of the brake fluid which should be tested for water content and renewed every two years as a matter of good practice. A thorough test drive should be conducted over varied road surfaces to listen for suspension clonks or knocks over uneven tarmac, particularly from the front lower arms and anti-roll bar bushes, and to confirm there is no vibration through the steering wheel or brake pedal which would indicate warped discs. Beyond the mechanical aspects, the prospective purchaser should verify the full service history independently, ideally through a franchised or independent Volvo specialist, to ensure that the timing belt or chain, spark plugs, pollen and air filters, and automatic gearbox fluid if fitted have been renewed at the manufacturer-specified intervals, as low recorded mileage can sometimes mask the absence of time-based servicing. The battery should be load-tested and its age code checked, given that failure is statistically likely on a nine-year-old unit. The underside of the vehicle, including sills, subframes, brake and fuel lines, and the exhaust system, should be examined on a ramp for any signs of corrosion, oil leakage from the engine or transmission, or perished exhaust mountings, all of which are influenced more by age and exposure than by distance travelled. Coolant strength should be checked with a refractometer to confirm adequate freeze and corrosion protection, and a scan for any stored fault codes via an OBD diagnostic tool would be prudent to confirm the integrity of the engine management and emissions control systems, ensuring that the spotless MOT history truly reflects the underlying mechanical condition rather than merely the condition on the day of test.