2023 Renault Clio Techno E-Tech HEV Auto 1.6L Hybrid electric (clean) · E19 OXO

The most recent DVSA examination for this 2023 Renault Clio Techno E-Tech Hybrid took place on 7 July 2026, at which point the vehicle was presented with 8,440 miles on the odometer and passed without any advisories, defect notices, or failure points being recorded against it. As the recorded MOT history consists only of this single clean test, it is not possible to construct a longitudinal trend in terms of worsening or improving condition; however, the absence of any flagged items at the point of test indicates that the braking system, suspension components, tyres, lighting, exhaust emissions, and structural elements all met the minimum statutory roadworthiness requirements at that mileage. For a prospective buyer, this clean result is reassuring but should be regarded as a baseline rather than a guarantee, since MOT testing does not cover many wear items until they deteriorate beyond the failure threshold, and a low-mileage hybrid can mask time-related deterioration that a roadworthiness examination will not detect. In terms of usage, an annual mileage of roughly 2,813 miles is significantly below the national average for a vehicle of this age and represents light use rather than typical commuter or motorway driving. While low annual mileage generally preserves major mechanical components such as the clutch, brake friction material, and engine internals, it introduces a specific set of risks associated with prolonged standing periods, which are particularly relevant to a hybrid powertrain. Irregular use can lead to 12V auxiliary battery depletion, reduced high-voltage battery state of charge if the vehicle is left for extended periods without being driven, and stale or degraded fluids across the braking, cooling, and transmission systems that degrade on a calendar basis rather than through active wear. From a physical inspection standpoint, the tyres warrant close attention despite likely having substantial tread remaining, as tyres fitted at the time of manufacture in late 2022 or early 2023 will be approaching four years of age. Sidewall perishing, cracking between the tread blocks, and inner-tyre damage from curb impacts should be examined carefully, and a manufacturing date code check on the sidewall is advisable given that rubber compounds degrade with age irrespective of mileage. The brake system should be inspected for corrosion on the discs, particularly on the rear drums or discs where surface rust can lead to binding calipers or seized handbrake mechanisms after long periods of inactivity. A test drive should include several firm stops from moderate speed to confirm that the brakes release cleanly without residual dragging, and any rotational judder or pulling to one side should be noted as a symptom of disc corrosion or uneven pad transfer. Given the hybrid configuration, it is also prudent to verify that the high-voltage battery state of health is within manufacturer parameters, which typically requires a diagnostic scan rather than a visual inspection, and to confirm that the 12V battery has been periodically maintained or replaced as part of routine servicing. The hybrid system should be observed through a full cold start and a warm restart to ensure the transition between the electric motor and the internal combustion element functions without warning lights, unusual vibrations, or hesitation. Service history verification is particularly important on a low-mileage vehicle, as extended oil change intervals driven by low annual mileage can lead to lubricant degradation, moisture contamination, and increased engine wear; therefore, confirmation of time-based rather than purely mileage-based servicing is essential. Finally, examining the underbody and suspension components for standing corrosion, checking that all warning lamps extinguish promptly on start-up, and confirming the operation of the regenerative braking system will provide a more comprehensive picture of the vehicle's true condition than the single clean MOT result alone.