2026 Renault 5 Iconic + E-Tech EV Electric · DR11 NAA

This vehicle lacks any documented MOT history, rendering a formal roadworthiness assessment impossible. Without prior test records, there is no evidence of maintenance trends—whether stable, deteriorating, or improving—nor can the current condition be benchmarked against past failures or advisories. The absence of test data also means critical components like suspension integrity, brake system performance, and structural corrosion cannot be evaluated against historical standards. As a result, the vehicle’s roadworthiness status remains entirely speculative until a professional inspection confirms compliance with current UK safety and emissions regulations. Mileage data is entirely absent, leaving no basis for comparison between usage patterns and the vehicle’s age. The lack of MOT entries precludes any analysis of whether the car was driven sparingly or aggressively, or if mileage was artificially inflated or deflated. Without even a single test date or odometer reading, it is impossible to determine whether the vehicle has been maintained according to its usage, or if critical services—such as suspension refreshes, brake fluid changes, or battery health checks—were neglected. This gap in documentation is particularly concerning for an electric vehicle, where battery degradation and thermal management systems require consistent monitoring. Given the complete absence of MOT records, a prospective buyer must prioritise a thorough independent inspection. Key focus areas include the high-voltage battery system, which should be assessed for swelling, corrosion at terminals, or degraded cooling integrity—common issues in EVs with unknown service histories. The suspension components, particularly coil springs, bushes, and stabiliser links, warrant close examination for wear or misalignment, as these are often overlooked in vehicles without prior test evidence. Brake systems, including caliper binding, disc thickness, and pad condition, must be verified, as repeated failures in conventional cars often indicate underlying issues like warped rotors or hydraulic leaks. Structural corrosion, especially around wheel arches, sills, and underbody panels, should be inspected for signs of rust penetration that could compromise safety. Finally, the charging infrastructure—including cable condition and in-vehicle connectors—must be tested, as electrical faults in EVs can escalate rapidly if undetected.