2020 Tesla Model X Long Range AWD Electric · DR02 AKF

The Tesla Model X in question demonstrates a stable roadworthiness profile over the past two years, though the recent January 2026 failure—despite no recorded defects—raises immediate concern. The most recent test, just six months ago, passed without issue, yet the subsequent retest at 68,213 miles failed for an unspecified reason, suggesting either a procedural anomaly or a latent issue that only manifested under test conditions. The October 2024 and December 2023 tests both passed cleanly, indicating no recurring mechanical failures during those intervals. However, the abrupt failure in January 2026, followed by an immediate retest, implies either a rushed inspection or a component that may have degraded rapidly—potentially linked to high-voltage systems, suspension compliance, or brake performance, which are common failure points in electric vehicles under stress. Mileage progression reveals a consistent annual average of approximately 11,391 miles, which aligns with typical usage patterns for a vehicle of this age. The gap between tests suggests regular servicing, though the 14-month interval between the December 2023 and October 2024 tests is unusually long for a vehicle with no recorded defects. The sudden jump from 46,195 to 52,203 miles in that period—6,008 miles in under a year—could indicate either intensive use or a period of storage followed by rapid accumulation. The final stretch from 52,203 to 68,345 miles over just over a year (16,142 miles) further suggests active usage, which may accelerate wear on high-stress components like suspension bushes, coil springs, or regenerative braking systems. Given the lack of specific defect details in the MOT record, a buyer should prioritise an independent inspection of the suspension geometry and compliance, particularly the rear suspension mounts and steering dampers, which are prone to wear in high-mileage Teslas. The braking system warrants scrutiny, as electric vehicles often experience uneven brake pad wear or binding calipers due to regenerative braking inconsistencies. Structural integrity should also be assessed, including the battery compartment seals and underbody corrosion, as electric vehicles are more susceptible to moisture ingress in these areas. The absence of advisories in prior tests does not preclude latent issues, so attention to the high-voltage system’s cooling and insulation integrity is critical. The recent failure, even without recorded defects, suggests a thorough diagnostic check of the vehicle’s adaptive cruise control or sensor systems, which are frequently flagged in MOT failures for obstructions or malfunctions.