2006 Renault Kangoo 1.5L Diesel · FP55 JUT

A consistent theme across this Renault Kangoo's MOT history is progressive corrosion and wear to the rear axle and surrounding body structure, with the issue now flagged at every test since 2021. The most recent examination on 1 July 2026 recorded a pass with advisories for corrosion on a rear suspension component and on the vehicle structure itself, mirroring defects noted on the previous test on 8 June 2026, which resulted in a failure due to parking brake efficiency below requirements and a rear brake imbalance across axle two. The 2026 failure and pass are closely spaced, suggesting remedial work was carried out between the two visits to address the brake-related majors while leaving the underlying corrosion untouched. Earlier tests show a similar cluster of front and rear suspension advisories in 2023, including reduced damping on multiple shock absorbers and front brake disc wear, alongside two separate failures in 2022 for non-functioning front position lamps and an airbag system warning lamp fault. The cumulative picture is one of a vehicle whose mechanical condition is largely passable but whose structural and chassis components are steadily deteriorating. Recorded mileage stands at 114,905 miles over a 20-year life, equating to roughly 5,745 miles annually, which is well below average for a vehicle of this age and type. Testing has been carried out annually without significant gaps since at least 2021, and the relatively low annual accumulation may indicate periods of light use or extended standing. For a Kangoo of this vintage, lower mileage tends to reduce wear on internal drivetrain components such as the engine, clutch and gearbox, but it does not arrest the corrosion process that has clearly affected the rear axle and underbody structure. The MOT mileage progression between tests is broadly consistent, with no sudden jumps that would suggest clock irregularities, and the annual accumulation pattern aligns with what one might expect from a vehicle used for occasional light duties rather than regular commercial operation. For a prospective buyer, the corrosion pattern identified at the rear axle and vehicle structure is the single most important issue to investigate physically, as advisories of this nature typically progress over a few years into serious weakening and eventual failure at test. A close inspection underneath the vehicle with a torch is essential, paying particular attention to suspension arms, mounting points, brake and fuel line runs along the chassis, and any box-section sections behind the rear wheels where rust is prone to advancing unseen. The 2023 advisories regarding reduced damping effect on all four shock absorbers and oil misting from the nearside front unit mean the damping components are now several years older; on a test drive, listen for clonking or knocking over uneven surfaces, excessive body roll through corners, and a continued floaty motion after pressing down on each corner of the stationary vehicle to check for rebound damping. The brake-related failure in June 2026 warrants specific verification. The parking brake efficiency was below requirements and a rear brake imbalance was recorded across axle two, alongside an advisory for an offside front service brake binding slightly. On a test drive, the vehicle should pull away squarely without a steering tug, the handbrake should hold the car on a modest incline with a firm ratchet, and there should be no shudder or judder through the pedal under firm braking. The 2025 advisory for a worn engine mount should be re-checked by inspecting for excessive engine movement on the offside mount and any knocking or vibration when pulling away or reversing over a kerb. Finally, the supplementary restraint system warning lamp failure recorded in 2022 should be confirmed as resolved by ensuring the airbag warning lamp extinguishes promptly on ignition and does not reappear, as this fault can recur if not fully rectified at source.