2022 Tesla Model Y Long Range AWD Electric · GL72 NFZ

The defining mechanical story of this 2022 Tesla Model Y Long Range AWD is one of straightforward roadworthiness compliance, supported by a single clean test result on 02 January 2026 where the vehicle passed with no advisories or failures recorded. With only one MOT entry on file, there is no longitudinal pattern of recurring defects, structural corrosion advisories, or brake wear flags to draw upon, and the absence of any recorded issues on a four-year-old vehicle at this mileage is a positive indicator that the tested components, including suspension, braking system, lighting, tyres, and exhaust integrity, were in serviceable condition at the time of examination. The lack of advisory notes is particularly relevant for an electric SUV of this age, as it suggests no early onset of corrosion around the underbody, no significant brake disc lipping or pad wear flagged, and no deterioration of suspension bushes or anti-roll bar linkages. While a single clean pass cannot guarantee the car is free from developing concerns, the trend at the point of test was clearly stable and unremarkable. With 48,134 miles recorded over a four-year period, this Model Y is accumulating mileage at roughly 12,000 miles per year, which sits well above the typical annual figure for a privately owned electric SUV of this age. Higher mileage on an EV does not carry the same combustion-engine servicing implications, but it does mean accelerated wear on mechanical items shared with conventional vehicles, particularly the suspension components, wheel bearings, brake discs and pads, steering linkages, and tyres. Annual mileage of this level is more consistent with regular long-distance commuting or use as a primary household vehicle, both of which place greater cumulative stress on the chassis and underbody components. There are no gaps in testing history to suggest the car was laid up for extended periods, which removes any concerns around standing-related degradation of seals, suspension hydraulics, or battery conditioning that can affect EVs left unused for long stretches. From a buyer inspection standpoint, even though no specific advisories were raised, the mileage profile warrants a close examination of the suspension and underbody. With this level of road use, the front and rear suspension bushes, drop links, and control arm joints should be inspected for any play, knocking, or perished rubber, and the test drive should include driving over varied road surfaces and speed bumps to listen for any clonks or rattles from the front or rear suspension. Brake feel should also be assessed carefully, as EVs use regenerative braking extensively which can lead to disc corrosion and pad glazing over time, and the buyer should check for any judder through the steering wheel or vibration under braking, as well as ensuring the handbrake or park brake holds the vehicle effectively on an incline. Finally, attention should be paid to the tyres, as the high annual mileage suggests they may be approaching or past their replacement threshold, and uneven wear patterns could point to alignment or suspension geometry issues that would not necessarily have been flagged as a fail but may have warranted an advisory under different conditions. The wheels themselves should be checked for kerbing damage, and a thorough inspection of the underbody for any corrosion, particularly around the rear subframe and suspension mounting points, is recommended given the mileage accumulation. A pre-purchase inspection by a specialist familiar with Tesla vehicles would be prudent to assess the high-voltage battery health, drive unit condition, and any software or component updates that may be outstanding, none of which fall within the scope of an MOT test but are critical to the long-term value and reliability of the vehicle.