2022 LAND ROVER R ROVER EVOQUE RDYN SE DMHEV A2.0L Diesel

The vehicle presents a clean roadworthiness record with a stable maintenance trend. The most recent MOT, conducted on 21 May 2025 at 24,810 miles, passed with zero defects recorded. No advisories were flagged, and no recurring mechanical or structural issues appear in the available history. For a vehicle of this age and specification, a completely clean MOT result is a strong indicator that core safety systems, emissions, suspension, brakes, and structural integrity are currently in sound condition. The record shows no pattern of deterioration or neglect. Mileage accumulation is consistent with typical use. The vehicle has recorded 24,810 miles over approximately four years, averaging roughly 6,200 miles per year. This sits squarely within the normal annual range and suggests regular, moderate daily use rather than prolonged standing or extreme short-trip abuse. There are no notable gaps or sudden spikes in the mileage data that would raise concern about odometer tampering or extended periods of disuse. The single recorded test at 24,810 miles aligns logically with the vehicle's age and expected wear trajectory. The MOT record is sparse but entirely positive. With only one test on file and no defects, there is no recurring fault pattern to flag for a buyer. No suspension wear, brake deterioration, exhaust emissions failures, or structural corrosion have been identified by the testing authority. That said, the clean record should not substitute for a thorough physical inspection. The Evoque's platform is known for potential issues with rear suspension bushes and electronic parking brake calipers over time, and a pre-purchase inspection should verify these components directly. A buyer should focus the in-person check on underbody condition, tyre condition and date codes, brake disc thickness, and any signs of water ingress in the tailgate and door seals, a known concern on this model. Given the clean MOT and reasonable mileage, the vehicle appears mechanically sound on paper. A short test drive over varied surfaces and a diagnostic scan for stored fault codes would be prudent final steps before committing.