2005 Land Rover Range Rover Sport 2.7L Diesel · G14 PAX

A clear and persistent theme runs through this vehicle's MOT record: chronic advisory issues centred on the braking system and the front windscreen washer and wiper function, punctuated by a single but significant fail in late 2023. The most recent test on 9 January 2026 returned a pass, but it carried advisories for worn and pitted front brake discs, slightly perished nearside front tyre, a corroded nearside rear brake pipe, an oil leak not deemed excessive, and rear brake disc wear. Going back to November 2024, the same nearside rear brake pipe advisory reappeared alongside front and rear brake disc wear notes, while November 2023 saw that brake pipe advisory once more, paired with a chip on the glass. The fail that same month flagged a defective front wiper, excessive offside front wheel bearing play, and misaligned washer jets, all of which were presumably rectified to secure the pass later that day. Overall, the trend is one of recurring rather than worsening mechanical concerns, with braking components and underbody pipework standing out as the principal items to monitor on an age-defying Range Rover Sport now entering its third decade of service. Against an age of roughly twenty-one years, the recorded 134,366 miles equates to an annual accumulation of approximately 6,400 miles, which is broadly typical for a vehicle of this vintage and original purchase price bracket. There are no significant gaps in the testing history that would suggest extended periods off the road, nor is there evidence of rapid mileage escalation between tests that might indicate an unusually high-use phase. For a vehicle of this age and mileage, the implication is that consumable components such as suspension bushes, brake discs and pads, drive belts, cooling system hoses and tyres will have been replaced multiple times across its life, while structural and drivetrain components are now approaching or have passed typical replacement thresholds. The fact that the vehicle has passed consecutively without retest since the late 2023 failure suggests the underlying drivetrain and major safety systems remain serviceable, though the persistent advisories indicate that age-related wear continues to surface at each inspection. For any prospective purchase, the brake pipe corrosion advisory should be the foremost mechanical priority. This same nearside rear brake pipe has been flagged at three consecutive tests spanning 2023, 2024 and 2026, indicating a chronic deterioration rather than a one-off observation. On inspection, look for any surface rust, flaking or weeping along the underbody brake lines, paying particular attention to unions and clips, and listen for any fluid loss symptoms such as a soft or sinking brake pedal under firm pressure. The front brake discs were noted as worn and pitted on the inner surfaces at the latest test, so check for sharp pedal vibration or judder under heavy braking and confirm the discs still have adequate material remaining. The rear differential oil leak first noted in November 2022 and the unspecified oil leak from January 2026 also warrant attention; on a test drive, listen for any clonking from the rear axle on slow-speed turns and inspect the undertray and diff casing for fresh staining. The offside front wheel bearing replacement following the November 2023 failure is worth probing, as Land Rover front hub assemblies on this model can deteriorate again with age and mileage. On a road test, listen for a humming or droning noise that rises and falls with speed and that may change when cornering, which would suggest renewed bearing play. The perished nearside front tyre and windscreen damage flagged across multiple tests are relatively minor, but a thorough check of sidewall integrity and any spread of existing stone chips is sensible given the vehicle's age. Finally, given the corrosion advisories and general character of these vehicles, a close visual inspection of the subframe, suspension arms and mounting points from beneath is strongly advised, listening for clonks or knocking over uneven surfaces during the test drive as an indicator of bush or joint wear that has not yet been formally recorded.