2022 DS 3 Crossback Prfrmnc Line EV Electric · AV71 UTN

The DS 3 Crossback E-Tense presents a clean and reassuring roadworthiness profile, with both recorded DVSA MOT tests resulting in passes and zero advisories or defects flagged. The most recent assessment on 26 January 2026 confirmed full compliance with all test categories, mirroring the identical clean outcome from the January 2025 examination. For a four-year-old electric crossover, the absence of any recorded wear items, corrosion concerns, or component deterioration on either test indicates a vehicle that has not exhibited the typical mechanical concerns often seen at this stage, such as suspension bush wear, brake disc corrosion from limited use, or underbody oxidisation. While the MOT does not cover the high-voltage battery, drive motor, or proprietary DS electric drivetrain components, the chassis and structural elements have been verified as sound on two consecutive annual cycles. With 27,670 miles accumulated over four years, this DS 3 averages approximately 6,900 miles annually, sitting squarely within expected parameters for a privately-used urban and suburban electric crossover. There are no concerning mileage gaps between test entries, suggesting the vehicle has remained in consistent rather than intermittent use, which is beneficial for an EV as regular operation helps maintain battery cell balance and prevents prolonged stationary degradation of ancillary systems. The mileage progression between the 2025 and 2026 tests would also indicate a normal accumulation rate rather than any abrupt high-mileage usage that could prematurely stress suspension linkages, wheel bearings, or the regenerative deceleration system. Given the modest annual mileage relative to the vehicle's age, brake components may have experienced some surface corrosion due to the regenerative system's natural tendency to keep friction brakes lightly exercised rather than heavily worked, though this would not typically present testable defects. From a buyer inspection perspective, the lack of advisory history is positive but does not eliminate the need for targeted physical checks, particularly because MOT testing does not include the electric powertrain. On a test drive, listen carefully for any abnormal whining or grinding from the front motor under acceleration and deceleration, and verify smooth torque delivery without hesitation or jerking engagement. Pay attention to the braking feel, ensuring the transition between regenerative and friction braking is seamless, and inspect the discs for any binding caliper symptoms or uneven pad deposition, which can occur on lightly-driven EVs. Check the infotainment and driver display for warning messages related to the high-voltage battery thermal management, and confirm that the air conditioning system is functioning correctly, as EV thermal systems share components with battery cooling. Given the vehicle is now approaching its fifth year, prospective buyers should also scrutinise items outside the MOT scope but relevant to long-term EV ownership. Inspect the charging port, cable, and connector for any physical damage or wear, and verify that both AC and DC fast charging initiate correctly without interruption. Examine the underside of the vehicle, paying particular attention to any high-voltage cable routing for chafing, and check the multi-link rear suspension components for perished bushes, as these are typical wear items on this platform. Tyre condition should be assessed for even shoulder wear, which can indicate misalignment or excessive camber wear from the vehicle's noted weight distribution. Finally, request evidence of the battery state-of-health diagnostic from a DS service centre, as this provides the clearest indication of remaining capacity and long-term viability, supplementing the otherwise clean mechanical MOT record with the essential electric-specific reassurance a buyer requires.