2017 Nissan Leaf Electric · FD17 LCE

The most recent MOT test on 2025-09-24 resulted in a passing grade, though it included several advisories that warrant careful consideration. Prior to this, the vehicle failed critically in 2025-09-13 due to severe front subframe damage and fractured suspension arm mounting, both of which directly compromise vehicle control and structural integrity. While the 2024 and earlier MOTs were passed without such failures, the presence of a dangerous failure in 2025-09-13 indicates a concerning trend—one that suggests either a poorly maintained or poorly constructed subframe assembly or repeated stress cycles that have accelerated wear beyond normal expectations. The advisories from the latest MOT, particularly the near-side front tyre wear and rear brake pad thinning, suggest ongoing but less critical issues that should be monitored closely, especially given the vehicle’s age and accumulated mileage. The recorded mileage of 71,395 miles for a 2017 Nissan Leaf, spread over roughly nine years, reflects a moderate annual usage rate of around 7,933 miles per annum. This pace is neither exceptionally light nor excessively heavy for its age, but the sudden failure in 2025-09-13—despite prior clean tests—points to potential underlying structural fatigue or manufacturing defects in the subframe and suspension components. The gap between the 2024 MOT and the critical failure in early 2025 could imply that the vehicle was either under-maintained or subjected to excessive stress before the final test, which may have accelerated the deterioration of the front subframe and suspension mounts. For a vehicle of this age, such failures are not uncommon in high-mileage examples, but their recurrence or persistence demands immediate attention to prevent further damage or loss of control. Given the critical failure in 2025-09-13 and the advisories from the latest MOT, the prospective buyer must prioritise a thorough mechanical inspection of the front subframe, suspension arms, and mounting brackets. On a test drive, listen for unusual clunks or rattles from the front suspension during cornering, braking, or acceleration, as these may indicate loose or worn suspension components. Inspect the front subframe visually for any signs of deformation, cracks, or excessive play in the mounting points, and check for uneven tyre wear patterns that could suggest misalignment or suspension issues. The near-side front tyre wear close to the legal limit should prompt a check of tyre pressure, alignment, and potential camber issues, as edge wear often signals suspension or steering system problems. Additionally, the fractured suspension arm mounting from the failed MOT suggests that the vehicle’s front suspension geometry may be compromised, leading to potential binding or excessive movement in the steering or braking systems. The rear brake pads wearing thin and the front brake disc pitting from earlier MOTs indicate that the braking system is under significant use, which is expected at this mileage. On a test drive, monitor for brake shudder, uneven pedal response, or excessive heat buildup, as these could signal warped discs, contaminated brake fluid, or worn brake components. The advisories regarding the near-side front tyre wear and rear brake pad thinning should be addressed promptly to avoid further tyre damage or reduced braking efficiency. For the front headlamp issues noted in the 2025-09-13 MOT, ensure the headlamps are securely mounted and properly aligned, as misalignment can affect visibility and safety. While the child seat advisories from earlier MOTs are non-critical, they should be resolved to comply with legal requirements and ensure passenger safety. Beyond the mechanical checks, the buyer should also verify the vehicle’s service history, particularly for suspension and brake servicing, as the subframe and suspension components may require professional assessment or replacement. Given the vehicle’s age and the critical failure history, a pre-purchase inspection by a qualified mechanic is strongly recommended to assess the extent of the subframe damage and the condition of remaining suspension and drivetrain components.