2015 Tesla Model S Electric · DR07 MRM

The Tesla Model S in question presents a remarkably clean MOT history, with every test since December 2021 passing without any defects recorded. The most recent inspection on 3 April 2026 at 153,704 miles confirms the vehicle’s structural integrity, emissions compliance, and mechanical soundness remain intact under current DVSA standards. This consistency over five consecutive tests—each conducted within the annual window—suggests a stable maintenance trend, with no signs of worsening issues. The absence of advisories or minor faults further indicates that routine servicing, particularly of high-mileage consumables like tyres, brakes, and suspension components, has been diligently addressed. The mileage accumulation of approximately 13,973 miles per year is notably high for a vehicle of this age, reflecting either intensive use or prolonged periods of regular driving. The incremental increases between tests—ranging from 9,600 to 13,700 miles annually—are consistent, with no abrupt jumps that might suggest odometer tampering or neglected storage. The most recent 10,611-mile span between the December 2024 and April 2026 tests aligns with this pattern, reinforcing the likelihood of consistent, if heavy, usage. There are no gaps or irregularities in the MOT frequency, which adheres strictly to the annual requirement, though the Tesla’s electric drivetrain may inherently reduce some wear points compared to conventional vehicles. Given the flawless MOT record, a prospective buyer should still prioritise a pre-purchase inspection focusing on high-stress components typical of high-mileage EVs. Particular attention should be given to the suspension—specifically the bushings, coil springs, and anti-roll bars—for signs of wear or fatigue, given the vehicle’s age and mileage. The regenerative braking system and conventional brake calipers should be checked for binding, uneven pad wear, or fluid leaks, as these are critical in maintaining stopping performance. Structural corrosion, while less common in Tesla’s sealed chassis, should be verified in high-stress areas like the underbody and wheel arches. Finally, the battery cooling system and high-voltage cables warrant inspection, as degradation in these areas can manifest subtly before impacting range or safety. The absence of MOT defects does not preclude latent issues in these systems, particularly in a vehicle of this mileage.