2006 Renault Grand Espace 2.2L Diesel · HY06 TWM

This 2006 Renault Grand Espace presents a mechanical picture dominated by recurring suspension, exhaust, and brake concerns, with the most recent activity in October 2025 showing a fail on emissions and a heavily worn front brake disc, followed by a pass the next day after remedial work. The vehicle's MOT record is far from clean: of the seven tests logged, three resulted in failures, one of which was flagged as dangerous due to a significantly weakened offside front seat belt. Advisories on coil spring corrosion, anti-roll bar linkage deterioration, shock absorber oil misting, tyre wear, and exhaust mountings appear repeatedly across multiple test cycles, indicating an underlying pattern of wear in the secondary ride and exhaust systems rather than isolated one-off issues. The 2023 test alone captured a minor defect on the nearside front anti-roll bar ball joint dust cover and an advisory on a corroded rear coil spring, both of which align with the linkage issues that escalated to a major defect by 2024 and the further suspension advisories in 2025. Mileage stands at 149,826 miles across roughly twenty years of service, equating to an annual accumulation of around 7,490 miles, which is broadly proportionate for a large family MPV of this vintage. There are no extended gaps in the testing record that would suggest long periods off the road, although the two occasions in 2022 and 2024 where initial failures were followed within days by passes show that pre-test repairs are being carried out to bring the vehicle to a roadworthy standard. The fairly steady annual mileage implies regular use, which is consistent with the brake disc wear and tyre edge wear observed, both of which typically accelerate with frequent urban or short-trip driving rather than long motorway runs. The recorded mileage does not suggest any unusual usage profile such as extensive motorway commuting or prolonged storage. For a prospective buyer, the coil spring corrosion advisories warrant close attention; coil springs on older Renaults of this era are particularly susceptible to surface rust that can progress, and on a test drive any knocking or complaint over uneven road surfaces from the rear should be taken seriously. The anti-roll bar linkage dust cover deterioration flagged in 2023 and the failed ball joint cover in 2024 point to a need to inspect both front linkages for perished boots, play in the joints, and any clonking transmitted through the steering over bumps. The 2025 advisories on shock absorber oil misting, combined with the 2023 advisory on external casing damage to the rear shock absorbers, mean the damping should be evaluated by pressing down firmly on each corner and releasing to check for sustained bouncing or asymmetric rebound. Brake feel should also be examined carefully given the failed front brake disc and binding offside rear service brake from 2022, with attention paid to pedal travel, any judder under braking, and whether the rear caliper is releasing fully to avoid uneven pad wear. The exhaust system deserves focused scrutiny, as the 2024 failure recorded an insecure central front exhaust and advisories on rear mountings have appeared across multiple years, with the 2025 emissions failure potentially linked to leaks upstream of the catalyst allowing unmetered air into the system. On a cold start, listen for any ticking or blowing sounds from the engine bay and along the underbody that could indicate a failing joint or manifold gasket, and check whether the exhaust hangs correctly on its mountings with no obvious droop. The oil leak advisory carried forward from 2024 into 2025, though noted as not excessive, should prompt an inspection of the engine and gearbox seals for fresh residue, particularly given the high overall mileage. Finally, given the dangerous seat belt failure recorded in 2024, confirm that the offside front belt retracts smoothly, locks under a sharp tug, and shows no fraying or weakened webbing, as belt anchorages and stalks on older MPVs can suffer fatigue around the upper mounting point.