2025 Tesla Model Y Long Range AWD Electric · GD25 DXZ

The official DVSA MOT history for this 2025 Tesla Model Y Long Range AWD shows no recorded test entries, which is entirely consistent with the vehicle's age. Vehicles in the United Kingdom are not required to undergo their first MOT test until they reach three years of age, meaning this car would only become MOT-eligible in 2028. As such, there are no prior test outcomes, advisories, or failure points to assess, and it is not possible to draw any conclusions about a maintenance trend, whether stable, worsening, or improving, from DVSA records alone. With no mileage data available across test cycles, it is also impossible to evaluate annual usage rates, identify significant gaps between tests, or detect rapid mileage accumulation. A one-year-old Tesla Model Y, particularly in the Long Range AWD specification, would typically be covering anywhere between 8,000 and 18,000 miles per annum depending on whether it is used as a family vehicle, a commuter car, or for longer touring. The absence of recorded mileage prevents any meaningful benchmarking against typical usage patterns, though low annual mileage or extended periods of standing can be just as mechanically significant as high mileage, particularly for electric vehicles where drivetrain components, brake systems, and underbody components can all be affected by inactivity. Given the clean slate of the DVSA record and the limited vehicle age, a prospective buyer should focus their physical inspection on age and inactivity-related wear rather than mileage-based degradation. Tyres, even with ample tread depth, may exhibit sidewall perishing or cracking if the vehicle has been standing exposed to UV and temperature fluctuations; check the sidewalls carefully for hairline fissures. Although regenerative braking significantly reduces pad wear, brake discs on a rarely-driven Tesla can suffer from surface corrosion and binding calipers, leading to uneven disc wear, juddering under braking, or a scraping noise when the vehicle first moves off from cold. A test drive should include several firm brake applications from higher speeds to confirm smooth deceleration and to check for any pulling, vibration, or warning messages on the driver display. Additionally, inspect the underside of the vehicle for any signs of standing corrosion on suspension components, and verify that the 12-volt auxiliary battery, which powers ancillary systems in an EV, is in good condition, as these batteries typically have a shorter service life than the main traction pack. Beyond the mechanical inspection, attention should be paid to time-based servicing items rather than purely mileage-based schedules. Brake fluid should be inspected for moisture ingress, as it is hygroscopic and degrades over time regardless of use, and the cooling system for the battery and electric motors should be checked for any signs of leakage or contamination. Tesla software should be verified as up to date via the in-vehicle touchscreen, and any over-the-air update history can be reviewed for completeness. Confirm that the high-voltage charging port, connectors, and cables show no signs of damage or corrosion, and ensure that the charging history, if available, is consistent with the seller's claims. Finally, verify the remaining battery health through the vehicle's energy app or a diagnostic check, as calendar degradation of the traction battery is a consideration irrespective of mileage covered. A pre-purchase inspection by a specialist familiar with Tesla vehicles remains strongly advisable given the complete absence of MOT history.