2008 Renault Modus 1.5L Diesel · ET08 ABV

The defining mechanical story of this 2008 Renault Modus is a progressive pattern of corrosion-related advisories across the front suspension and supporting structure, culminating in a 2023 failure where the nearside front coil spring fractured and the nearside front MacPherson strut was recorded as corroded and seriously weakened with an oil leak. Since that failure, the vehicle has passed three consecutive tests in 2024, 2025, and February 2026 with no defects recorded, the most recent pass being clean, which suggests the failed strut and spring were replaced and that the immediate safety-critical items have been resolved. However, the advisory trail from 2021 onwards tells a clear story of advancing chassis wear: front brake binding in 2021, front strut corrosion noted in 2022, more extensive strut and rear suspension arm corrosion plus radiator support panel deterioration in 2023, and a nearside rear tyre edge wear advisory in 2025. The fact that the corrosion advisories stopped appearing after 2023 is informative but not conclusive, as advisories are only raised when the tester observes them and areas not directly inspected may still have underlying rust that has not yet been deemed reportable. With 82,513 miles recorded over roughly 18 years, the annual accumulation is around 4,584 miles, which is notably low for a vehicle of this age and indicates a car that has either seen limited use or has spent extended periods stationary. Mechanically, low annual mileage on a Modus of this vintage raises two specific concerns: the higher likelihood of corrosion advancing on an infrequently driven car, particularly one that has already exhibited strut, suspension arm, and radiator support corrosion, and the risk of seized components, dried seals, and degraded rubbers from standing. The fact that the 2023 failure involved a fractured coil spring and a leaking strut on a low-mileage car is consistent with corrosion-driven rather than wear-driven component failure, which is a particular characteristic of this vehicle rather than a reflection of how it has been driven. A prospective buyer should focus the physical inspection on the front suspension assembly, as this is where all the recorded structural concerns have clustered. On test drive, listen for clonks or knocks from the front end over speed humps and rough tarmac, which would suggest worn strut top mounts, deteriorated bushes, or play in the fractured-spring replacement area. Pay close attention to steering behaviour: any vagueness, pulling to one side under braking, or uneven self-centring can indicate that the replacement strut is bedding in incorrectly or that corrosion has affected the strut mounting points. Visually inspect the underside for fresh underseal or patch repairs around the front turrets, the lower spring seats, and the radiator support panel, as these are the precise areas the MOT advisories referenced, and check the rear suspension arms for surface rust scale, which can progress quickly once started. The front brakes should also be evaluated, as the 2021 advisory noted binding on both sides; on test drive, feel for a hot wheel after a short run, inconsistent brake response, or a grabbing sensation, all of which point to a caliper that may be sticking internally. Beyond the suspension and brakes, the general usage profile of this car warrants a few specific checks. The nearside rear tyre edge wear noted in 2025 is a useful indicator of geometry issues, potentially from the rear suspension arm corrosion already flagged, so the rear wheel alignment and the condition of the trailing arm bushes should be examined directly, looking for cracking, splitting, or movement when the wheel is levered. The radiator support panel deterioration advisory from 2023 should be followed up by inspecting the panel for perforation or distortion, as this area is structural and feeds into the front crash integrity and bonnet alignment. Finally, given the low mileage, the buyer should verify the condition of items that suffer from standing rather than use, including the condition of the coolant and brake fluid, the security of the exhaust rubbers, and the operation of the handbrake mechanism, while remaining mindful that the MOT record itself only confirms roadworthiness on the test date and cannot establish the broader mechanical condition of the vehicle.