2025 Tesla Model 3 Electric · AF75 MLE

The Tesla Model 3 presented here lacks a recorded DVSA MOT history, which means no prior roadworthiness assessments or maintenance trends can be evaluated. Without official test results, there is no basis to determine whether the vehicle has maintained a stable, worsening, or improving mechanical condition over time. The absence of MOT records also precludes identifying recurring defects, advisories, or patterns of service neglect that might otherwise signal underlying issues. For a prospective buyer, this situation requires heightened scrutiny, as the vehicle’s true state of maintenance and potential hidden problems cannot be verified through standard regulatory checks. The mileage data for the 2025 Model 3 is unavailable, making it impossible to assess annual usage rates or whether the vehicle has accumulated mileage at a pace consistent with its age. Electric vehicles, particularly those in their first few years, often exhibit lower mileage due to reduced wear on mechanical components like brakes and suspension, but this does not absolve the need for careful inspection. If the vehicle has been driven sparingly—such as for commuting or occasional leisure use—this could imply minimal stress on drivetrain and suspension systems, but it also raises concerns about long-term exposure to environmental factors, such as standing corrosion from infrequent movement or fluid degradation from infrequent servicing. Conversely, if the mileage were significantly higher than expected for its age, wear on components like the electric motor, inverter, and battery cells might warrant closer attention, though Tesla’s proprietary systems mitigate many traditional mechanical failures. Given the lack of MOT history, the buyer should conduct a thorough physical inspection to address critical roadworthiness concerns. First and foremost, examine the vehicle’s exterior for signs of standing corrosion, particularly around the wheel arches, underbody, and wheel wells, as prolonged exposure to moisture can compromise structural integrity and lead to rust penetration. Check the tyres for sidewall cracking or perishing, which can occur even at low mileage due to age-related degradation of the rubber compound, especially if the vehicle has not been driven regularly. Inspect the battery pack for visible swelling, leaks, or unusual odours, as these could indicate a failing cell or thermal runaway risk, though Tesla’s software diagnostics may provide additional alerts if the battery health is compromised. For the internal systems, verify the 12V battery’s condition by testing the starter motor and lighting systems—if the starter struggles to engage or the dashboard lights dim excessively, this may signal a failing alternator or auxiliary battery. Test the brakes by applying firm pressure to the pedal while driving at low speeds; listen for grinding noises or a spongy feel, which could indicate worn brake pads, warped discs, or a failing brake booster. The suspension should be checked for excessive clunks or rattles when driving over bumps, which may signal worn suspension bushes, broken coil springs, or loose mounting points. Finally, ensure the vehicle’s fluid levels are topped up, including the coolant, brake fluid, and power steering fluid, as these should be replaced at manufacturer-recommended intervals (typically every 2–5 years for electric vehicles) to prevent corrosion and degradation of seals and hoses. If the vehicle has been driven at all, a service history from Tesla’s dealership or a certified technician should be obtained to confirm any scheduled maintenance, such as brake inspections, tire rotations, or fluid flushes, which are often recommended even for EVs to maintain optimal performance.