2024 Tesla Model Y Long Range AWD Electric · J7 GOP

This Tesla Model Y Long Range AWD, having never undergone an MOT test, presents a critical blind spot in its service history. Without any recorded test dates, advisories, or pass/fail outcomes, there is no objective evidence to assess its roadworthiness or the diligence of previous ownership. The absence of even a single MOT entry—particularly concerning for a vehicle registered in 2024—raises immediate red flags regarding transparency and maintenance accountability. Buyers must treat this as a high-risk purchase, as the lack of documentation leaves critical components—such as high-voltage battery integrity, regenerative braking systems, or thermal management—completely unverified by third-party inspection. Mileage data is entirely absent, which complicates any evaluation of wear patterns or service intervals. A 2024 vehicle should have undergone its first MOT by May 2025, yet no record exists. This omission suggests either deliberate concealment or a failure to comply with legal requirements, both of which are cause for serious concern. Without mileage figures, it is impossible to determine whether the vehicle has been driven sporadically or excessively, which would directly impact the condition of consumables like brake pads, suspension bushes, or tyre tread. The lack of even a single test date prevents any comparison to industry norms for a vehicle of this age and specification. Given the complete absence of MOT history, an in-person inspection must prioritise areas where electric vehicles often face hidden issues. The high-voltage battery system, including its cooling and thermal regulation components, should be scrutinised for signs of overheating, swelling, or degraded cell performance. The regenerative braking system—critical for range efficiency—must be tested for proper calibration and wear on components like brake discs and calipers. Suspension integrity, particularly the condition of coil springs, dampers, and mounting bushes, should be checked for uneven wear or corrosion, as these are less visible in EVs than in conventional cars. Additionally, the tyre tread depth and lateral wear patterns warrant immediate inspection, as failing twice on this metric in conventional vehicles indicates neglect; here, it suggests a complete lack of verification. Structural corrosion, especially around wheel arches and underbody, must be examined thoroughly, as electric vehicles often suffer from accelerated rust due to heavier weight distributions.