2010 Renault Grand Modus 1.5L Diesel · GL10 TYD

The vehicle most recently presented for MOT on 12 August 2026 and achieved an overall pass classification; however, the same inspection date also recorded a prior fail on the same day, indicating that rectification work was carried out immediately to clear the major and minor defects. Three advisories were carried across both test entries, all relating to the front suspension and subframe. The presence of a Major failure item concerning the nearside front upper anti-roll bar ball joint dust cover being unable to prevent ingress of dirt, paired with a Minor on the offside equivalent, suggests a developing wear pattern in the front anti-roll bar link assemblies. While the overall pass is positive, the clustering of front-end corrosion advisories and anti-roll bar deterioration indicates a maintenance trend that is stable in terms of outright passability but showing the expected wear progression on a vehicle of this age and is worth close inspection. The recorded mileage of 61,446 miles over a sixteen-year service life equates to a very modest annual average of approximately 3,840 miles, which is notably below typical usage for a vehicle of this age. There is also a clear gap in the MOT history between September 2021 and July 2025, representing roughly four years during which the vehicle was either exempt from MOT as a pre-2011 vehicle that became MOT-exempt after withdrawal, or remained largely unused or off the public road. This pattern suggests prolonged periods of standing, which can give rise to its own set of mechanical concerns independent of mileage wear. While the modest odometer reading implies limited wear on major drivetrain components such as the engine, clutch and gearbox, calendar-based degradation of consumables and ancillary components is more pertinent than on a regularly driven car. The recurring advisories concerning a corroded subframe and both front coil springs require careful physical appraisal before purchase. Coil spring corrosion, particularly when localised to individual coils, can progress to fracture, and a fractured front coil spring will produce a very audible loud clunk or rattle over bumps, potential uneven tyre wear, and visible vehicle sag at the affected corner. The subframe corrosion should be inspected directly with the vehicle raised to confirm it remains structural and has not progressed beyond surface scaling; serious weakening would compromise crash safety and mounting integrity for suspension and steering components. Additionally, the dust cover failures on the front anti-roll bar ball joints indicate that the link assemblies are nearing the end of their service life. A competent test drive should include driving over speed bumps and uneven surfaces while listening for clonking or knocking from the front end, and a hand-pressure check at standstill on the offside front wheel with the steering loaded by a second person will help reveal play in the joints. Steering response should also feel tight without vagueness or knocking through the rack. Given the low annual mileage and evident periods of standing, several calendar-driven inspections are strongly advised regardless of the clean earlier MOT record. Tyres more than five years old should be examined closely for sidewall perishing and cracking, particularly along the lower bulge, as rubber degrades chemically even when tread remains legal. Brake discs that have sat dormant are prone to surface corrosion, and the front brake disc advisory recorded in 2025 suggests that the discs have already begun to pit and score; on the test drive, expect an initial judder or pulsation under the first firm application of the brake pedal as the corrosion is scrubbed away, but persistent shudder indicates lip build-up beyond acceptable limits. Caliper slide pins may seize from disuse, causing uneven pad wear and a dragging sensation; check for hot wheels after a short drive and verify the handbrake holds firmly on an incline. The 12V battery should be load-tested rather than voltage-tested alone, as standing vehicles frequently suffer internal plate degradation leading to unreliable cold starting. Finally, brake fluid absorbs moisture over time and should be replaced on a calendar basis regardless of mileage, the engine coolant similarly degrades, and the cambelt on a 2010 Renault 1.5 or 1.6 petrol engine would be well overdue its replacement interval. Verifying the service book stamps and confirming the timing belt history with supporting invoices is therefore essential before committing to purchase.