2026 Dacia Spring Extreme EV Electric · BC26 FDG

The official DVSA MOT history for this 2026 Dacia Spring Extreme EV currently shows no recorded test entries. Given that the vehicle is a 2026 model year and today's date is September 2026, it is likely either very recently registered, still within its first-year MOT exemption window, or has not yet completed its first compulsory annual roadworthiness test. In the absence of any test outcomes, failure points, or advisories, there is no historical data from which to derive a maintenance trend, whether stable, worsening, or improving. As a prospective buyer, you should be aware that a complete absence of MOT history on a vehicle of this age is not inherently a red flag, but it does mean that no independent DVSA verification of its roadworthy condition has yet been recorded, and you will need to place greater reliance on a pre-purchase inspection and the manufacturer's service documentation. Regarding mileage, the recorded odometer reading is not available, and the mileage context indicates insufficient data to compare usage rates against the vehicle's age. For a 2026 electric vehicle that is only months old, the odometer reading should be relatively low in absolute terms, though new EVs can sometimes accumulate higher mileage than expected if used as urban delivery vehicles or company cars. Electric powertrains are generally less mechanically complex than internal combustion equivalents, with fewer wearable service items, but the mileage still has implications for tyre wear, brake component condition, and suspension loading. When viewing the vehicle, confirm the odometer reading directly from the dashboard and cross-reference it with the in-car trip computer records and any available service invoices to verify consistency. In the absence of MOT-recorded defects or advisories, your physical inspection should focus on age- and usage-appropriate checks that are particularly relevant to a nearly-new EV. Examine the tyres carefully for uneven wear patterns, which can indicate alignment or suspension geometry issues, and check the sidewalls for any signs of cracking, perishing, or impact damage, especially if the vehicle has been parked for extended periods or driven on poorly maintained roads. Inspect the brake discs and calipers for signs of corrosion or binding, as EVs use regenerative braking extensively, meaning the friction brakes are used less frequently and can seize or develop surface rust from standing. Verify the condition of the 12V auxiliary battery, which is separate from the traction battery and powers ancillary systems, as these can degrade even on low-mileage vehicles and cause electrical faults. Check the charging cable and port for damage, and confirm that the onboard charging system functions correctly across both AC and DC fast-charging modes if applicable. Additionally, confirm the service book or digital service history to verify that the manufacturer-recommended inspections have been completed, and request evidence of any software updates that may have been issued for the battery management system or infotainment unit. Examine the high-voltage charging connectors and cables for any signs of damage, discolouration, or wear, and ask for documentation relating to the traction battery state of health, as this is a critical component of any used EV purchase. During the test drive, listen for any abnormal noises from the suspension over uneven surfaces, which could indicate worn bushes, struts, or coil springs, and pay attention to any warning lights on the dashboard, particularly those relating to the braking system, traction battery, or tyre pressure monitoring system. Finally, check the underside of the vehicle for any signs of damage from speed humps or kerbing, inspect the windscreen for stone chips, and verify that all original owner manuals, keys, and charging accessories are present, as missing items can indicate a less carefully maintained vehicle.