2009 Ssangyong Rexton 2.7L Diesel · SP09 CWT

This 2009 SsangYong Rexton presents a sparse and incomplete MOT record with a notable failure-to-pass pattern across the documented tests, which makes mechanical verification on the day of purchase absolutely essential. The most recent outcome on 22 January 2024 was a failed test, with no advisories or defect codes recorded against it, meaning the vehicle was refused a certificate but the reasons were either not captured in the data provided or were categorised as immediate stop items or dangerous defects. The previous test on 12 December 2022 had passed, but only weeks earlier on 22 November 2022 the vehicle had also failed with no defects recorded in this dataset. That sequence of a failure in late November 2022, followed by a pass in mid-December 2022, then another failure fourteen months later, suggests that the rectification work between the 2022 failures was either temporary or that a different mechanical issue subsequently developed. Without access to the specific reason codes for any of these failures, no judgement can be made about the nature of the defects, but the pattern itself means a buyer cannot rely on the MOT history alone to confirm roadworthiness and must investigate the underlying cause of the 2024 refusal directly. The recorded mileage of 116,969 miles across seventeen years equates to roughly 6,881 miles per year, which is broadly typical for a vehicle of this age, though there are significant gaps in the testing record that obscure the true usage pattern. Only four MOT entries are present in the DVSA history spanning from late 2021 to early 2024, and given the Rexton's age, this almost certainly means the vehicle went untested for extended periods outside this window, with the requirement only applying from the third anniversary of registration. Whether those gaps reflect continuous use or periods of off-road storage cannot be determined from the record, and the buyer should ask for evidence of recent mileage consistency, such as service invoices or previous MOT certificates, to confirm the odometer reading has not been tampered with. With 116,969 miles accumulated, the Rexton will have done considerable work on its chassis, drivetrain, and four-wheel-drive system, and the fact that no advisory wear items have been flagged across the recorded tests is somewhat surprising given the mileage, which either reflects a clean mechanical state or, more likely, simply that few advisories have been captured because of the limited number of recorded tests. Given the unexplained 2024 failure, the first priority for any prospective buyer is to obtain the actual failure sheet from the testing station or via the DVSA online enquiry service, as the defect codes will dictate exactly which major mechanical components require scrutiny. Rexton-specific weaknesses that recur across the model range include front suspension components such as lower control arm bushes, ball joints, and anti-roll bar drop links, which on a vehicle of this mileage should be physically inspected for perished rubber, play, or knocking when the wheels are turned with the vehicle raised. The steering and front propshaft joints are also known wear points that can produce clonks on full lock or at low speed over speed humps, so any test drive should include tight manoeuvres and slow-speed bump work to detect such symptoms. The four-wheel-drive transfer box, centre differential, and rear axle assemblies on these vehicles are robust but not immune to oil leaks and bearing wear at high mileages, so a thorough underbonnet and underside inspection for damp oil residues, particularly around the transfer box and differential housings, is strongly recommended. Brake system condition must also be verified independently, as the SsangYong Rexton's rear brake pipes run close to the chassis rails and subframe mounting points, areas susceptible to corrosion and surface rust on older vehicles exposed to winter road salt. Even though no brake-related advisories appear in the recorded MOT history, the limited number of tests means such issues may simply not have been captured, and a physical check of the brake lines, flexible hoses, and disc and pad condition is essential before purchase. The 2.7-litre and later 2.2-litre diesel engines fitted to this generation can develop injector weep seals, EGR valve carbon build-up, and turbo actuator wear, so the engine should be observed from cold start for excessive smoke, irregular idling, or any boost lag. A final check of all structural areas, including the chassis rails, sill seams, and rear crossmember, is advisable because corrosion in these zones has historically caused Rextons of this vintage to fail on structural integrity, and given the absence of recorded advisory data in the available MOT history, a buyer cannot assume any corrosion-prone areas have already been inspected or addressed.