2024 Tesla Model Y RWD Electricity · MB65 BOW

This Tesla Model Y RWD, registered in 2024, presents a critical gap in its roadworthiness documentation, as no MOT history exists to assess its mechanical condition or maintenance adherence. Without a single test record, there is no evidence of how the vehicle has performed under official inspection, nor can we verify whether critical components like suspension geometry, battery thermal management, or high-voltage wiring have been subject to periodic checks. The absence of even a single MOT record raises immediate concerns about whether the vehicle has ever undergone a full safety and emissions assessment, leaving fundamental risks—such as undetected brake binding, degraded suspension bushes, or structural corrosion—completely unaddressed. Buyers must treat this as a red flag, as Tesla’s electric drivetrain introduces unique inspection requirements beyond conventional internal combustion engines, particularly around battery integrity and regenerative braking systems. The lack of mileage data or sequential MOT entries prevents any analysis of usage patterns or wear trends. Typically, a vehicle of this age should have undergone at least one MOT within the first 12 months of registration, yet none is documented. This omission suggests either deliberate non-compliance with UK law or, more concerning, that the vehicle may have been driven without proper oversight. Even if the car has been lightly used, the absence of any record means critical components—such as the regenerative braking system, suspension dampers, or high-voltage connectors—cannot be confirmed as within serviceable limits. Without this baseline, any subsequent inspection will be conducted from a position of complete uncertainty regarding the vehicle’s true condition. Given the complete absence of MOT data, a prospective buyer must prioritise an independent, thorough inspection focusing on high-risk areas specific to Tesla’s architecture. The suspension system—including coil springs, bushings, and strut mounts—should be examined for uneven wear or binding, as these are common failure points in high-mileage EVs. The braking system, particularly the regenerative braking components and hydraulic calipers, must be tested for efficiency, as Tesla’s unique braking dynamics can lead to uneven pad or rotor wear if not properly maintained. Structural integrity is another critical concern; the battery pack’s mounting and cooling system should be inspected for corrosion or fluid leaks, while the high-voltage wiring harness must be checked for fraying or improper insulation, as these are silent but catastrophic failure risks. Additionally, the tyre tread and sidewall condition should be verified, as Tesla’s low-rolling-resistance tyres degrade rapidly with improper inflation or aggressive driving. Given the lack of historical data, no component can be assumed safe—every system must be treated as a potential unknown.