2023 Tesla Model Y RWD Electric · LC23 VMM

A 2023 Tesla Model Y RWD presenting only a single recorded MOT pass on 20 March 2026, with no advisories or failures logged, suggests a vehicle that has so far avoided any documented DVSA defects during its first statutory test. The absence of recorded issues at this early stage points to a stable structural and mechanical baseline, though it is important to note that this represents only one data point at three years of age. First MOT tests for relatively modern EVs frequently produce clean results simply because major wear items have not yet accumulated sufficient mileage to breach pass thresholds, so the clean sheet should be viewed as a positive starting position rather than conclusive evidence of long-term durability. Annual mileage of roughly 12,842 miles over a three-year period is notably high for this class of vehicle and places the Model Y well above the typical private-use average. This rate of accumulation means the brake discs, tyres, suspension bushes, and electric drivetrain mounts have already been subjected to significantly more operational cycles than a lower-mileage example of the same age. Higher annual mileage on any vehicle accelerates consumable wear, particularly on friction materials and rubber components, and on an EV of this weight the brake discs can suffer from corrosion through underuse of the friction braking system, even as the tyres wear at a faster rate than typical. Buyers should expect nearer-to-midlife replacement of brake fluid, cabin filters, and tyres within the next 12 to 18 months given the recorded pace of use. Given the absence of any specific advisories or component flags in the MOT record, there are no targeted historical defects to investigate further, but the high mileage and EV-specific architecture warrant a structured physical inspection. On a test drive, listen for any clonks or knocks from the suspension over speed humps and uneven surfaces, which would indicate worn bushes or top mounts given the vehicle's mass. Check for uneven tyre wear across the tread, particularly on the driven axle, as this can reveal alignment issues or premature shoulder wear associated with the vehicle's weight distribution. The brake pedal should feel firm and consistent; any judder under light braking or excessive travel may suggest corroded or warped rear discs, a common issue on EVs where regenerative braking handles the majority of slowing. Additionally, inspect the underside of the vehicle if accessible for any signs of impact damage to the battery pack or underbody shielding, and verify that all high-voltage system warning labels remain present and legible. Finally, prospective buyers should confirm the current state of Tesla's manufacturer warranty coverage, as the high-voltage battery and drive unit warranty extends to eight years or 100,000 miles on Model Y vehicles, leaving substantial residual protection at the current odometer reading. Verify software version currency and the operational status of all driver assistance systems, as Tesla regularly issues over-the-air updates that may affect functionality. Request documentation of any tyre replacements, brake work, or suspension components fitted since new, and ensure the 12V auxiliary battery has been inspected or replaced, as this component typically requires attention within a three to five year window regardless of mileage. A clean first MOT combined with a single recorded test is reassuring but limited, so a pre-purchase inspection by a specialist familiar with Tesla vehicles would be prudent given the elevated mileage and absence of a longer service history trend.