2020 DS DS7 Crossback Prstge PHEV4X4A 1.6L Hybrid electric · FE70 CXJ

This 2020 DS DS7 Crossback Prestige PHEV presents a faultless DVSA roadworthiness record across three consecutive tests, the most recent being a clean pass on 2 February 2026, with the earlier assessments in December 2024 and December 2023 likewise returning no advisories or failures. That unbroken run of defect-free outcomes is particularly noteworthy for a premium French SUV approaching six years of service, indicating that all safety-critical systems examined at test, including brakes, tyres, suspension, lighting, exhaust integrity, and structural condition, have consistently met the required standards. With zero recorded advisories to analyse, there are no flagged wear patterns or component degradations to track, which speaks to a vehicle that has either been conscientiously maintained or has not yet accumulated sufficient wear to manifest at test level. However, the absence of advisories can sometimes mask developing issues that have not yet crossed the MOT pass/fail threshold, so a physical inspection remains essential. The recorded mileage of 87,930 against a 2020 registration equates to an annualised usage rate of approximately 14,655 miles, which sits notably above the UK average for a vehicle of this age and class. Such sustained high utilisation accelerates wear on the consumables and mechanical components that MOT testing does not directly examine, particularly the clutch assembly, dual-mass flywheel (where applicable), drive belt ancillaries, and the complex PHEV powertrain including the high-voltage battery pack, electric motors, and associated thermal management systems. The MOT history shows a consistent testing cadence with no extended gaps in road presence, suggesting the vehicle has remained in active service throughout its life rather than suffering any significant periods of standing. For a plug-in hybrid, this relatively high annual mileage is a double-edged consideration: regular use is beneficial for maintaining battery health and preventing 12V auxiliary battery degradation, but it places greater cumulative demand on the hybrid system's components than would typically be expected. Given the clean MOT record, your pre-purchase focus should logically fall on the areas the standard test cannot fully evaluate, beginning with the PHEV-specific hardware. On a test drive, listen carefully for any unusual whine or vibration from the electric drivetrain during the transition between electric and combustion modes, and verify that the vehicle reliably engages and sustains electric-only running, as a depleted or weakened high-voltage battery will frequently default to the petrol engine under light load. The regenerative braking system should provide a discernible deceleration feel on lift-off; inconsistent or absent regen can point to battery management issues. Check the charging port and cable for damage, and where possible review the displayed State of Health of the traction battery, as replacement costs for this component are substantial. Additionally, given the high mileage, pay particular attention to the clutch operation if the vehicle exhibits any manual intervention, feel for any judder or slipping during pull-away, and inspect the underside for any signs of oil weeping from the engine or transmission casings that would not necessarily appear during an MOT. Finally, although the MOT history is immaculate, a rising-mileage PHEV of this age warrants close attention to its suspension geometry and braking hardware through a physical inspection and ideally a diagnostic scan. Examine the front and rear suspension arms, anti-roll bar drop links, and coil springs for any signs of corrosion or rubber bush deterioration, as French vehicles of this era are known to develop premature bush wear, and listen for clonking noises over speed humps and uneven surfaces. Check the brake discs and pads directly, as with 87,930 miles of accumulated use the discs may be approaching their second or third set and could exhibit lipping or corrosion scoring, particularly if the vehicle has spent time predominantly running in electric mode where the friction brakes receive minimal exercise. A thorough diagnostic readout for any stored fault codes across the hybrid, ABS, and emissions systems is strongly recommended, as intermittent PHEV faults frequently remain dormant during an MOT pass but can illuminate the dashboard at inconvenient moments.