2022 DS DS7 Crossback Rivoli Phev Auto 1.6L Hybrid electric (clean) · CF72 DBY

A remarkably sparse DVSA record defines the mechanical narrative of this 2022 DS7 Crossback Rivoli PHEV, with the sole entry on the system being a clean pass dated 18 February 2026 and absolutely no advisories or failures logged. The absence of any prior test data is entirely consistent with the vehicle's registration profile, as it would have only become eligible for its first MOT in 2025, meaning the documented history begins essentially at the start of its post-warranty testing life. While a completely advisory-free pass is certainly a reassuring data point, the brevity of the record means there is simply no longitudinal pattern available to judge whether emerging wear items such as suspension components, brake friction material, or underbody corrosion are beginning to surface. A buyer should therefore treat the clean slate as a useful baseline rather than definitive proof of long-term mechanical soundness. The recorded mileage of 29,803 miles against a four-year age equates to an average accumulation of roughly 7,451 miles per year, which sits firmly within the typical usage band for a privately operated PHEV SUV of this type. This level of mixed urban and occasional longer-distance driving is broadly favourable for a plug-in hybrid powertrain, as it implies the high-voltage battery and thermal management systems have been exercised regularly, mitigating some of the degradation concerns that affect PHEVs left plugged in and stationary for extended periods. The relatively modest annual mileage also suggests that major friction components such as brake pads and discs may still retain useful life, particularly given the regenerative braking typical of electrified drivetrains which reduces wear on the friction braking system. Conversely, the lower mileage means components susceptible to age-related deterioration rather than use-related wear, such as rubber bushes, coolant hoses, and drive belt materials, warrant closer physical inspection even though they have not yet been flagged on test. With no specific advisories on file, a targeted physical inspection becomes particularly important, focusing on the areas most likely to affect a PHEV of this age and configuration. The front suspension assemblies, including the lower control arm bushes, anti-roll bar drop links, and top mounts, should be examined for any perishing, splitting, or play, as these are common wear points on transverse-engined SUVs and would manifest as knocking or clonking noises over speed humps and uneven road surfaces. The rear suspension should be similarly checked, with particular attention to the coil spring seats and trailing arm bushes for any signs of corrosion or movement. Brake discs and pads should be measured for remaining friction material and checked for lipping or corrosion jacking, especially given the tendency of PHEV friction brakes to suffer from surface rust due to infrequent use under regenerative deceleration. On a test drive, the PHEV powertrain should be evaluated for smooth transitions between electric and combustion modes, with attention to any harshness, vibrations, or warning messages on the instrument cluster. Steering should be checked for any pulling to one side, vagueness around the centre point, or knocking from the column when on full lock, while the suspension should be assessed by driving over broken tarmac and listening for any creaks, thuds, or wandering from the rear axle. A scan of all onboard systems for stored fault codes is strongly recommended, as PHEV vehicles carry complex battery management and hybrid control systems that can log issues long before they trigger a dashboard warning or an MOT failure. Given the near-absence of MOT history, an independent pre-purchase inspection by a specialist familiar with electrified DS or PSA-group drivetrains would be the most prudent step to verify the underlying mechanical condition that the single clean test cannot fully establish.