2025 Land Rover Range Rover Evoque S Phev Auto Hybrid electric (clean) · RB08 TON

Because the vehicle in question is a 2025 model-year Land Rover Range Rover Evoque PHEV, it sits in a particularly unusual position regarding DVSA testing. UK MOT testing does not become compulsory until a vehicle reaches three years of age, so a 2025 registration would not normally require its first MOT until 2028. The complete absence of any recorded test in the DVSA history is therefore not a red flag in itself but rather the expected position for a near-new vehicle still within its manufacturer warranty period. Mechanically, the defining story here is simply that there is no public roadworthiness evidence to evaluate; nothing in the database confirms or refutes the condition of the braking system, suspension, emissions, or any structural component. With no MOT tests recorded, there is also no recorded odometer reading available for comparison against the vehicle age. This means a prospective buyer cannot verify whether the Evoque has covered a typical 8,000 to 12,000 miles annually for a PHEV of this class, or whether it has been used predominantly on short urban journeys with minimal long-distance running. For a plug-in hybrid, that distinction is mechanically relevant: predominantly low-mileage urban use tends to mask brake disc corrosion because the friction brakes do very little work under heavy regenerative deceleration, while leaving the combustion side of the powertrain more vulnerable to oil and fuel degradation from infrequent use. The absence of mileage data prevents any conclusions about usage patterns, but it also places the responsibility entirely on physical inspection rather than on historical MOT correlation. Given that the record contains no advisories or failures, no component-specific guidance can be tailored to previously flagged items such as brake pipes, suspension arms, subframe corrosion, or exhaust integrity. Instead, a physical inspection should focus on the items most commonly associated with early-life issues on premium SUVs of this generation. On a test drive, listen for any clonks or knocks from the front suspension over speed humps, which could indicate premature wear in the lower control arm bushes or anti-roll bar links; feel for any vibration through the steering wheel under braking, which would suggest warped front discs from infrequent use of the friction braking system; and check for pulling to one side, which on an Evoque can point to sticking brake calipers. The brake pedal should feel firm, with no excessive travel or sponginess, and the PHEV system should transition smoothly between electric and combustion modes without harsh intervention or warning messages. Underneath the vehicle, an inspection with the car on a ramp should look for any signs of underbody corrosion on the subframe or suspension components, even at this age, as Land Rover products can sometimes show early surface oxidation in salt-affected regions. Tyres should be examined for even shoulder wear across both axles, as uneven wear often points to misalignment of the rear suspension geometry or tracking issues that may not yet have generated an MOT record. Finally, the high-voltage charging system, the 12V auxiliary battery condition, and any warning lights on the dashboard should be checked with the ignition on, and a diagnostic scan should be requested to confirm there are no stored fault codes relating to the hybrid powertrain, emissions system, or driver-assistance sensors. Without MOT history, the assessment must lean entirely on these physical checks rather than on documented test results.