2003 Rover 45 1.4L Petrol · CT53 LLF

A clear pattern of structural and chassis corrosion has emerged across the MOT history of this 2003 Rover 45, with the most recent pass on 13 May 2022 flagging corroded suspension component mountings at the front and rear, across both inner and outer sills, and across the floor areas on both sides, alongside corroded brake pipes coated in grease or other material. Although that test was a pass, the breadth of the corrosion advisory spanning virtually every structural zone is a significant concern for a prospective buyer and indicates an active deterioration that is highly likely to have progressed since 2022. Earlier advisories reinforce this corrosion theme, with a 2020 entry noting corroded front coil springs, nearside and offside, together with a general structural corrosion advisory that was not considered to significantly reduce rigidity at that time. Combined with a recurring exhaust gas leak, first noted at the rear in 2015 and again at the middle box in 2020, the trend across the recorded tests points to an ageing shell where oxidation of metal components is advancing rather than stable. The recorded mileage of 31,079 miles against a 23-year vehicle age equates to an average of roughly 1,351 miles per year, which is exceptionally low and raises questions about usage rather than wear. There are also notable gaps in the testing record, as no MOTs appear between the December 2014 and November 2016 tests, and again before the December 2017 entry, which on a vehicle of this age could indicate periods off the road requiring SORN declarations or simply interrupted testing rather than continuous light use. Mechanically, very low annual mileage typically results in prolonged standing periods, which can be hard on rubber bushes, brake calipers, flexible brake hoses, coolant hoses, drive belts, and the battery, even though it preserves overall component mileage. The single recorded failure in December 2014, involving all four tyres falling below the 1.6mm tread requirement, is consistent with a vehicle that had been left standing long enough for tyres to degrade through age and underuse rather than wear. A test drive needs to focus specifically on the areas where advisories have been raised. Listen and feel for knocks or clonks from the front suspension over uneven roads, particularly clonks over speed humps, which would suggest the corroded front coil springs or corroded suspension mounting areas noted in 2020 and 2022 have deteriorated further. Inspect the underside closely, ideally with the vehicle raised, paying particular attention to the sills, floor pans, and suspension turret areas for perforating rust that may now exceed the limits acceptable at MOT, as well as the brake pipes along the chassis and fuel lines for active corrosion weeping through any grease coating. Test the brakes firmly from speed to check for any pulling, grinding, or spongy pedal feel, as seized calipers and perished flexible hoses are common after long periods of low use, and check for any judder that may indicate warped front discs. Given the gap since the last recorded test on 13 May 2022, this vehicle has had no MOT for nearly four years as of today, meaning the corrosion advisories recorded then have had considerable time to develop unchecked. A pre-purchase inspection by a specialist familiar with older Rovers is strongly advisable, with particular attention to structural integrity, brake pipe replacement requirements, and the condition of the coil springs and exhaust system. Confirm the current MOT status directly with DVSA before any purchase decision, and budget for likely rectification work on the corrosion and braking components before the vehicle can be considered reliably roadworthy for regular use.