2023 Land Rover R Rover Evoque Rdyn HSE Phev A 1.5L Hybrid electric (clean) · JEN 541R

The recorded DVSA MOT history for this 2023 Land Rover Range Rover Evoque PHEV is limited to a single test event on 16 July 2026, at which the vehicle passed with no advisories, defects, or failures logged. While a clean pass is a positive indicator of roadworthiness at the point of test, it must be interpreted cautiously: one MOT pass on a three-year-old vehicle does not establish a meaningful track record. There is no prior test data against which to measure trends, recurring component wear, or developing corrosion patterns. Any prospective buyer is therefore evaluating a vehicle essentially untested under DVSA scrutiny beyond the 2026 event, and the absence of flagged items should not be over-interpreted as evidence of long-term mechanical condition. With a recorded mileage of 18,135 miles over approximately three years, the annual accumulation rate is around 6,045 miles per year, which is broadly typical for a vehicle of this age and class. The mileage progression between tests is not fully verifiable from a single MOT entry, but the figure itself does not suggest either excessive use or prolonged standing periods. For a plug-in hybrid with substantial electrical and mechanical complexity, this mileage band means the combustion engine, electric drive components, regenerative braking system, and high-voltage battery have all seen moderate rather than heavy service. The braking system in particular, given the regenerative setup, may exhibit less conventional pad and disc wear than a pure-ICE equivalent, though the friction braking components still require physical inspection as they remain responsible for low-speed and emergency stopping. Because the MOT record carries no advisories, there are no specifically flagged components to target. Nevertheless, a thorough pre-purchase inspection should focus on areas commonly affected on Evoque PHEV vehicles of this generation. During a test drive, listen for any knocking or clonking from the front suspension over uneven surfaces, which could indicate worn lower control arm bushes or anti-roll bar drop links, and feel for vibration through the steering wheel that may point to imbalances or worn suspension joints. Apply the brakes firmly from moderate speed to check for judder suggesting warped brake discs, and ensure the vehicle pulls up in a straight line without pulling to either side, which would indicate a binding caliper or uneven pad wear. At low speed, check for any clonking or roughness from the drivetrain, particularly during transitions between electric and petrol propulsion, as PHEV systems can develop driveline shunt if mounts or couplings are worn. Additional checks specific to this model and powertrain should include a full diagnostic read of the hybrid system, as PHEV-specific fault codes are not assessed during an MOT. Inspect the charging port and cable for damage or corrosion, verify the high-voltage battery state of health through dealer-level diagnostics, and confirm that all hybrid-related warning lamps extinguish promptly after startup. Examine the underside for any oil seepage from the engine, transmission, or rear differential, and inspect the exhaust system for corrosion at joints and mounting points. Finally, ensure the 12V auxiliary battery is holding charge correctly, as a failing auxiliary battery on a PHEV can trigger a cascade of drivetrain warnings and is a known issue on hybrid vehicles. A clean MOT record provides a baseline, but only a hands-on mechanical inspection can substantiate the actual condition of this complex plug-in hybrid.