2026 Renault Master MM35 Advance E-Tech EV Electric · HT26 YNP

The provided DVSA MOT history for the 2016 Renault Master MM35 Advance E-Tech EV is entirely absent, meaning no prior roadworthiness assessments or defect records have been logged by the DVSA. This lack of a formal MOT record precludes any definitive evaluation of a maintenance trend, but the absence itself suggests either a vehicle that has never undergone an MOT (unlikely for a modern electric vehicle in the UK) or one that has been exempt from testing due to its age or type. For an electric vehicle of this model year, the absence of an MOT history is unusual and warrants cautious consideration, as it may indicate either a data oversight or a vehicle that has not been subject to the standard testing regime—though the latter is improbable given the vehicle’s age and the UK’s regulatory requirements. Without prior MOT results, there is no evidence of recurring mechanical issues, but the absence of testing does not guarantee current roadworthiness. The vehicle’s electrical and structural systems, which are critical for an EV, should be scrutinised more closely than a conventionally powered car, as electrical faults or battery degradation can compromise safety and reliability. The mileage data for this vehicle is not provided, which makes a direct comparison to its age and expected usage patterns impossible. However, given the model year 2016 and the absence of mileage figures, it is plausible that the vehicle has either accumulated relatively low mileage due to infrequent use or has been maintained under conditions that minimise wear. For an electric vehicle of this age, a typical annual mileage might range from 5,000 to 10,000 miles, depending on driving habits, climate, and charging practices. If the vehicle has been driven at a lower rate, the suspension, brakes, and tyres may still retain some of their original condition, though the absence of mileage data prevents a precise assessment. Conversely, if the vehicle has accumulated significant mileage without an MOT history, it could imply either poor maintenance or a lack of record-keeping, both of which are red flags for potential underlying issues. Without mileage, the focus must shift to other indicators of usage, such as the vehicle’s condition, charging history, and any visible signs of wear or damage. Given the lack of an MOT history and the absence of mileage data, the prospective buyer should undertake a comprehensive physical inspection to address both age-related and usage-specific concerns. First and foremost, the tyres should be examined for sidewall perishing, which is a common issue in older vehicles due to exposure to the elements and the degradation of rubber compounds over time. Even if the vehicle has not been driven extensively, the tyres may have deteriorated from prolonged storage, leading to reduced traction and the risk of blowouts. The tyre tread depth should be checked to ensure it meets the legal minimum of 1.6mm, and any signs of uneven wear or dry rot should be noted, as these could indicate underlying suspension or alignment problems. The vehicle’s battery health is critical for an electric model, and the buyer should inspect the battery pack for swelling, leaks, or unusual odours, which could signal a failing cell or short circuit. Additionally, the battery’s state of charge and any error codes stored in the vehicle’s diagnostic system should be verified, as these can provide insight into the battery’s condition and remaining lifespan. Beyond the battery and tyres, the structural integrity of the vehicle should be assessed for signs of corrosion, particularly in areas prone to moisture exposure such as the undercarriage, wheel arches, and door sills. Standing corrosion, which can occur when the vehicle is left unused for prolonged periods, can compromise the frame and lead to rusting of critical components like the suspension mounts or exhaust system. The suspension system should be inspected for any signs of wear on bushes, coil springs, or control arms, as these can degrade over time and lead to clunking noises or reduced handling stability. The brakes should be checked for signs of corrosion on the discs or binding calipers, which can occur when the vehicle is parked for long periods without use. The brake fluid level should also be verified, as fluid degradation over time can lead to reduced braking performance. Finally, the vehicle’s electrical systems, including the inverter, charging port, and wiring harness, should be inspected for any signs of damage or wear, as these are particularly vulnerable in older electric vehicles. If the vehicle has been driven at a low mileage rate, the fluid levels—such as the coolant, brake fluid, and differential fluid—should be checked for any signs of degradation, as fluids can break down over time regardless of mileage. A thorough inspection of the service book or receipts for any scheduled maintenance or fluid changes would also be beneficial, as this can provide a record of the vehicle’s upkeep history.