2025 Tesla Model Y RWD Electric · MM25 RHV

Representing a highly contemporary electric vehicle platform, this 2025 Tesla Model Y RWD presents no official DVSA MOT history, a status that is entirely normal for a vehicle of this age. Under UK regulations, new passenger cars are exempt from annual roadworthiness testing until they reach the third anniversary of their first registration, meaning its maiden MOT will not be due until 2028. Consequently, there are no historical test failures, advisory notices, or tester remarks to analyze, leaving the vehicle's mechanical track record officially unrecorded but expectedly fresh from a regulatory standpoint. Because there are no MOT records, there is no verified odometer data available through the DVSA database to establish an annual mileage accumulation rate or usage pattern. For a vehicle registered in 2025 and evaluated in late 2026, the actual usage could range from a low-mileage urban commuter to a high-mileage fleet vehicle. This lack of historical mileage data means a prospective buyer must verify the current odometer reading directly from the vehicle's digital touchscreen and cross-reference it with Tesla's digital service logs or charging history. On an electric vehicle of this weight and torque profile, the actual mileage significantly influences the wear rate of components that do not typically feature in traditional combustion engine assessments, such as the high-voltage battery state of health and heavy-duty suspension components. In the absence of official MOT advisories, physical inspection must focus on known areas of wear common to heavy, high-torque electric SUVs. The suspension system, particularly the front upper control arms, lower suspension bushes, and damper seals, should be checked for premature wear or fluid leaks. During a test drive, buyers should listen closely for any knocking, creaking, or clicking sounds when negotiating speed bumps or steering at low speeds, which can indicate failing suspension joints. Additionally, because regenerative braking handles most of the deceleration, the physical brake discs can suffer from surface corrosion and pitting due to underuse. A visual check of the friction surfaces and a test of the mechanical brakes to ensure there is no pedal judder or binding calipers is essential. Tyres are another critical area of concern for a vehicle of this weight class, as the instant torque of the rear-wheel-drive motor can accelerate tread wear, particularly on the inner shoulders of the rear tyres. Prospective buyers should inspect all four tyres for uneven wear patterns that might suggest wheel misalignment, and verify that the fitted tyres are load-rated for electric vehicles. Finally, a thorough check of the vehicle's underside is recommended to ensure the protective battery shielding is free from impact damage or deep gouges, as any compromise to the structural casing of the high-voltage pack is a major safety hazard that would result in an immediate MOT failure in the future.