2019 Tesla Model 3 Standard Range + Electric · DM13 JAX

The Tesla Model 3 Standard Range Plus passed its most recent DVSA MOT test on 13 November 2025, although two advisories were issued relating to front and rear brake discs being worn, pitted, or scored but not seriously weakened on both nearside and offside. Looking back over the available test history, the overall maintenance trend appears stable with no outright failures recorded across four consecutive tests spanning 2022 through 2025. The advisory pattern suggests a gradual accumulation of wear items rather than any sudden deterioration, which is consistent with the vehicle reaching an age and mileage where braking consumables begin to demand attention. The recurrence of brake disc advisories on both axles at the latest test indicates that surface corrosion and lipping is now established and will likely progress towards requiring disc replacement at the next service interval if the vehicle is to maintain optimum braking performance. With 49,620 miles recorded over approximately seven years of service, this Model 3 is averaging around 7,089 miles per annum, which sits broadly within the typical range for a modern executive electric vehicle used as a daily driver or commuter car. There are no significant unexplained gaps in the mileage progression between tests, indicating regular use rather than long standing periods, which is generally beneficial for an electric powertrain as it avoids prolonged battery inactivity and keeps mechanical components, brakes, and tyres from seizing. The mileage itself is moderate for the age, meaning that high-voltage battery degradation, electric drive unit wear, and suspension component fatigue should not yet be at advanced stages, although Tesla-specific items such as the 12V auxiliary battery, drive unit oil, and coolant condition are all approaching or due for periodic attention regardless of the odometer reading. Given the brake disc advisories recorded at the most recent test, a prospective buyer should physically inspect the discs for visible ridging around the outer circumference, deep scoring across the friction surface, and any pronounced lip that can be felt by running a fingertip around the disc edge. On a test drive, listen carefully for any brake shudder or vibration through the steering wheel under firm application from higher speeds, which would indicate disc warping likely to necessitate replacement. Also pay attention to any grinding or pulsating sensation through the pedal and observe whether the vehicle pulls to one side under braking, as these symptoms can suggest uneven disc wear or a binding caliper. Additionally, as Tesla vehicles use the brake system for regenerative deceleration much of the time, the pads may exhibit uneven wear patterns and the caliper slide pins can seize from lack of use, so checking that the rear calipers release fully and do not drag is worthwhile. Beyond the recorded brake advisories, there are several age-related inspections that any informed buyer of a seven-year-old electric vehicle should prioritise. Tyres should be examined closely for sidewall perishing and cracking from age, even where tread depth appears acceptable, and a check of the manufacturing date code on the sidewall will confirm whether they have exceeded the recommended five to six year service life. The 12V auxiliary battery, which supports critical systems including the main contactor and security features, is a known wear item on the Model 3 typically requiring replacement every four to five years, so verifying its age and testing its resting voltage is advisable. Brake fluid should be confirmed as having been changed within the last two years as it is hygroscopic and degrades over calendar time regardless of mileage, while the cooling systems for both the battery pack and drive units benefit from fluid inspection and replacement at manufacturer-specified intervals. Finally, a diagnostic scan using Tesla-compatible equipment to check for any stored fault codes relating to the high-voltage system, charging hardware, and driver assistance sensors would provide valuable peace of mind before committing to purchase.