2025 Tesla Model 3 Electric · DS11 HAL

The absence of any MOT history for this 2025 Tesla Model 3 renders a definitive roadworthiness assessment impossible. Without test records, there is no evidence of compliance with UK vehicle regulations, nor can the vehicle’s mechanical condition be evaluated against established safety and emissions standards. The lack of documentation also precludes any assessment of maintenance trends—whether components like suspension bushes, brake calipers, or exhaust systems have been addressed or neglected over time. Until a first MOT is conducted, the vehicle’s structural integrity, electrical systems, and critical safety features remain unverified. Buyers should treat this as a high-risk purchase, as the car has not undergone official inspection to confirm its fitness for UK roads. Mileage data is entirely absent, which complicates any evaluation of usage patterns. A 2025 Tesla Model 3 should have accumulated at least 10,000–15,000 miles by August 2026 if driven regularly, assuming typical annual mileage of 10,000–12,000. The lack of recorded mileage suggests either extreme low usage, which may indicate storage or disuse, or—more concerning—potential tampering with odometers. Without this baseline, it is impossible to determine whether wear-and-tear items like tyres, brakes, or suspension components have been subjected to reasonable use or have been overlooked entirely. The absence of any MOT history also raises questions about whether the vehicle has been driven on UK roads at all, as Teslas are legally required to pass an MOT within the first three years. Given the complete lack of MOT data, a prospective buyer must conduct an independent and thorough inspection of critical systems. Focus on the suspension—check for worn coil springs, deteriorated bushes, and binding calipers, as these are common failure points in EVs and often go unnoticed without a professional test. The braking system demands scrutiny: verify disc thickness, pad material, and the absence of excessive heat damage or warping, particularly if the car has been driven hard. Electrical components, including the battery health (state of charge, cooling system integrity), and high-voltage wiring, should be inspected for corrosion or damage, as these are less visible but critical in Tesla models. Structural corrosion, particularly around wheel arches, underbody, and rear subframe, should be examined, as EVs with low ground clearance are prone to hidden rust. Finally, test the vehicle’s emissions output—while Teslas are exempt from traditional exhaust tests, the on-board diagnostics (OBD) system must not show any unresolved fault codes related to regenerative braking or power delivery. Without prior MOT evidence, these checks are mandatory to assess whether the vehicle meets UK roadworthiness standards.