2002 Citroen Saxo 1.6L Petrol · FD02 OUG

The vehicle presents a highly inconsistent maintenance profile, moving from a period of significant mechanical and structural deterioration to a seemingly clean recent status. While the October 2023 test at 5 miles indicates a pass with no recorded defects, this follows a long period of heavy component failure and structural issues. The maintenance trend appears to have shifted from worsening to stable, but the extreme drop in mileage suggests the vehicle may have been stationary for a prolonged period, which can introduce different mechanical risks. The mileage history shows a significant and unexplained discrepancy. Between September 2020 at 73,409 miles and October 2023 at just 5 miles, the vehicle has effectively ceased regular use. Prior to this, the car maintained a relatively standard usage pattern, such as the 11,000-mile increase recorded between September 2013 and January 2016. The current 5-mile reading is highly anomalous for a 24-year-old vehicle and strongly implies the car has been in long-term storage or is no longer in active service. A prospective buyer must prioritise a thorough inspection of the vehicle's structural integrity and underside. The record shows a recurring pattern of serious corrosion, specifically regarding the floor panels, inner arches, and suspension component mountings, which were flagged as excessively corroded in both 2019 and 2017. Although the 2019 test noted that floor panel sections were repaired from the inside, the history of corrosion in mounting areas suggests a high risk of ongoing structural degradation. Mechanical scrutiny should also focus on the steering and suspension systems. The tester identified excessive steering rack free play and ineffective steering locking devices in 2019, alongside various issues with wheel bearings and radius arms in earlier years. Given the recent lack of movement, the buyer should check for seized brake calipers, perished rubber bushes, and the condition of the fuel system and tyres, as long-term inactivity often leads to fluid degradation and tyre sidewall cracking.