2021 Renault ZOE GT Line Rapid Charge EV 50 1.0L Electric · AF12 ANN

The most recent DVSA examination on 29 May 2026 resulted in a clean pass with no advisories or defects recorded, which suggests that any previously flagged items were either rectified prior to test or have not deteriorated to a reportable level. Looking across the available MOT history, the trend is one of generally stable maintenance: the 2024 test passed with only a single advisory relating to the nearside rear inner brake disc, while the 2025 test expanded to include several rear brake-related advisories and a tyre nail, indicating a degree of wear progression in the rear braking system. The absence of any defects at the 2026 test confirms the vehicle has not regressed to a failed state, but the clustering of rear axle advisories on the previous test does warrant close attention during a physical inspection, as repeat observations frequently point to components that are nearing the end of their effective service life. With the car now around five years old and showing only 21,613 recorded miles, the average annual mileage is approximately 4,323 miles, which is considerably below the typical usage rate for a vehicle of this age. Such low mileage generally reflects lighter wear on high-mileage consumables such as the electric drivetrain, suspension components, and tyres in terms of tread loss, but it introduces the well-documented risks associated with vehicles that spend extended periods standing rather than being regularly driven. Of particular concern with low-mileage examples are moisture accumulation in brake calipers, corrosion forming on brake disc surfaces, degradation of rubber components, and possible 12V auxiliary battery failure, all of which are calendar rather than mileage dependent. Given the advisory history from 2025, a prospective buyer should focus particular attention on the rear braking system, beginning with a thorough visual and tactile inspection of the rear brake discs and pads. The advisories noted rear brake pads wearing thin, both rear calipers binding slightly, and inner brake disc surfaces pitted or scored on the nearside. Binding calipers are a classic low-mileage standing issue and may be checked by safely lifting the vehicle and confirming the rear wheels rotate freely without excessive drag, while disc pitting may be felt as brake shudder or vibration through the pedal under firm deceleration. Since the nearside rear inner disc advisory appeared on two consecutive tests, it would be prudent to measure remaining disc thickness against the manufacturer minimum specification and budget for disc and pad replacement in the near term. Additionally, the previously noted nail in a rear tyre should prompt confirmation that the repair was carried out professionally and that the affected tyre has since been replaced or inspected for slow pressure loss. Beyond the documented advisory items, the age and low usage profile of this Renault Zoe demand a broader inspection covering items that deteriorate with time rather than mileage. Tyres should be examined for sidewall perishing, cracking, or ozone damage, which is common on low-mileage cars and can render tyres non-compliant regardless of remaining tread depth. Brake discs, particularly at the front where they may have been less frequently used in reverse, should be checked for severe surface corrosion that could impair initial bite. The 12V auxiliary battery, cabin and pollen filters, brake fluid, and coolant should all be considered for replacement on a calendar basis, typically every two to four years. For the high-voltage traction battery specifically, it would be wise to request a State of Health report from a Renault specialist, as lithium-ion cells can degrade with prolonged low usage and irregular charging cycles. Finally, a careful test drive listening for any suspension clonks, uneven tyre wear patterns suggesting alignment or bush wear, and confirmation that all driver assistance and EV-specific systems function as expected will round out a thorough pre-purchase evaluation.