2023 Nissan Leaf Electricity · SA23 VBX

The 2023 Nissan Leaf presents with a single DVSA MOT test on record, conducted on 2 October 2025, which resulted in a clean pass with no advisories or defects recorded. While a solitary pass provides limited longitudinal data from which to extrapolate a definitive maintenance trend, the absence of any flagged items at the first statutory test is a positive indicator, particularly given that the vehicle was then approximately two years old. A clean first MOT typically suggests that the car has not been subjected to neglect in respect of consumable wear items or basic safety components, although it should be noted that a single pass does not constitute a trend. Prospective buyers should still verify that any advisory-free MOT is backed by documented routine servicing, as the MOT is purely a roadworthiness snapshot and does not confirm adherence to the manufacturer's service schedule. With regard to mileage, this Leaf has covered just 9,714 miles over an approximate three-year period, equating to a very modest annual usage of around 3,238 miles. This is substantially below the national average for a vehicle of this age and points to either genuinely light use or, more probably, extended periods of standing. While low mileage generally preserves major drivetrain components, electric vehicles like the Leaf do not suffer the same engine and clutch wear concerns as combustion equivalents. However, prolonged standing can introduce its own issues, including brake disc corrosion due to infrequent use, degradation of the 12-volt auxiliary battery, and potential perishing of rubber components and tyres from age rather than wear. The current odometer reading remains low enough that mechanical fatigue of suspension or steering components is unlikely to be a concern, but calendar-based degradation must be carefully considered. Given the sparse MOT history and the low-mileage profile, a prospective buyer should conduct a thorough physical inspection rather than relying solely on the clean test result. Begin with the tyres, examining not merely the tread depth but the sidewalls for any signs of cracking, perishing, or dry rot, as tyres older than five years from their date of manufacture can deteriorate even with minimal use. The manufacturing date can be found on the tyre sidewall and is critical to verify. Next, inspect the brake discs and calipers for surface corrosion, seizing, or binding, as a car that has been largely stationary will often exhibit pitted or rusty discs, and a caliper that has stuck may produce pulling or uneven braking under test. Listen during the road test for any scraping, juddering, or pulling to one side, and verify that the handbrake holds effectively on an incline. Beyond the rolling components, attention should turn to the auxiliary systems that suffer from calendar-based degradation rather than mileage accumulation. The 12-volt low-voltage battery, which powers ancillary systems and is separate from the main traction battery, has a finite service life typically of four to six years and can fail without warning, particularly if the vehicle has stood idle for prolonged stretches. Verify the production date of this battery and test its state of charge. Inspect the cabin and pollen filters, which accumulate age-related contamination regardless of mileage, and consider a brake fluid service, as hygroscopic brake fluid absorbs moisture over time and should typically be replaced every two years irrespective of use. Finally, examine the high-voltage charging port and cable for any signs of damage or corrosion, confirm the health of the traction battery via the dashboard state of charge indicator and any available diagnostic readout, and ensure all charging cables and the Type 2 connector are present and serviceable. A comprehensive pre-purchase inspection by a specialist familiar with electric vehicles is strongly advisable given the vehicle's standing-time profile.