2026 Dacia Spring Extreme EV Electric · RA26 BJO

The 2026 Dacia Spring Extreme EV currently has no recorded DVSA MOT test history, which is consistent with its status as a brand-new model year that has not yet reached the age threshold requiring an annual roadworthiness test. In the UK, vehicles do not become subject to mandatory MOT testing until they reach three years of age, so the absence of any test entries does not represent a red flag but rather reflects the car's position as a near-new or current registration. Once the vehicle becomes eligible, its first MOT will establish the baseline condition of components such as the brake system, suspension, tyres, and structural elements, and any future roadworthiness narrative will depend entirely on what those subsequent tests reveal. Because no MOT data is available and no mileage readings have been supplied, it is not possible to evaluate the vehicle's usage pattern or annual mileage accumulation. The Spring Extreme is an entry-level electric vehicle typically used for urban and suburban commuting, and any prospective buyer would need to verify the current odometer reading independently, as well as confirm whether the mileage is consistent with the vehicle's registration date. A gap between the registration year and the current date without corresponding mileage could suggest either low usage or potentially missing data, and this should be clarified before purchase. Without recorded mileage history, no mechanical conclusions about wear rates, battery degradation, or component fatigue can be drawn from the official record. From a roadworthiness perspective, electric vehicles like the Dacia Spring do not share all the mechanical concerns of internal combustion models, as there are no exhaust emissions, fuel systems, or engine oil leaks to assess under MOT criteria. However, the braking system, steering components, suspension bushes, coil springs, tyres, and structural integrity remain subject to the same inspection standards, and these are the areas where age-related wear would first become apparent on a test drive. A prospective buyer should pay particular attention to the operation of the regenerative braking system, as heavy reliance on it can sometimes lead to corrosion on the rear brake discs due to infrequent manual braking application, which may manifest as surface rust or binding calipers during the first MOT. Any knocking or clonking sounds from the suspension over uneven road surfaces, steering wander, or uneven tyre wear would warrant immediate investigation, as these would be the most likely early indicators of component wear on this platform. Given the complete absence of MOT history, a thorough physical inspection and a test drive are essential before committing to purchase. The buyer should request evidence of any pre-delivery inspections, warranty work, or software updates carried out by the supplying dealer, and confirm that the high-voltage battery state of health documentation is available, as this is a critical factor for any used EV purchase. All tyres should be checked for even wear and adequate tread depth, the charging port and cable for any damage, and the vehicle should be observed for any warning lights on the dashboard during startup. While the lack of MOT data means there is no negative history to reconcile, it equally means there is no independent verification of roadworthiness, placing the burden of due diligence squarely on the buyer's own inspection.