2002 Citroen C3 1.4L Petrol · VU52 ALO

A fractured front coil spring and a rough rear wheel bearing recorded as Major defects in early 2024, followed a year later by a Dangerous nearside front tyre failure caused by structural separation, define the mechanical character of this 2002 Citroën C3. Across the four recorded test events between 2024 and January 2026 the vehicle has alternated between fail and pass outcomes, with the most recent examination on 23 January 2026 resulting in an initial Dangerous failure on the front tyre before a re-test the same day returned a Pass once that item was resolved. The persistent advisory for a non-functioning central supplementary stop lamp has now appeared across three consecutive tests from February 2024 through to January 2026, indicating an electrical fault that has not been rectified despite repeated annual testing. Combined, the spring fracture, wheel bearing wear, tyre structural failure, and recurring lamp defect point to a chassis and ancillary system that has demonstrated genuine wear-related failures rather than purely minor cosmetic advisories. With 74,288 miles recorded over approximately 24 years, annual mileage works out at roughly 3,095 miles per year, which is notably below average for a vehicle of this age and suggests either prolonged periods of low use or extended standing. There is a continuous annual testing record from 2024 onwards with no obvious gaps, so the car has clearly been kept on the road, but the low accumulation rate implies that suspension joints, brake calipers, rubber boots, underbody sealant, and the twin hydraulic brake and clutch circuits on this PSA platform may have suffered from age-related deterioration rather than mileage-related wear. The fractured coil spring and rough wheel bearing recorded in 2024 are consistent with dry, corroded components failing through age rather than fatigue from high mileage, and a prospective buyer should be alert to further deterioration in adjacent items now that the vehicle has reached its mid-twenties. On a physical inspection, particular attention should be paid to the front suspension assemblies, as the nearside coil spring has already fractured once and on PSA-sourced supermini platforms the offside spring, front top mounts, and lower wishbone bushes commonly follow suit within a short interval. Lift the bonnet and check for fluid staining around the master cylinder and servo, then from underneath examine the front subframe mounting points, anti-roll bar drop links, and the flexible brake hoses for perishing or bulging, pressing each hose while watching for cracks. At the rear, spin both wheels by hand to detect any remaining roughness or grating from the bearings and inspect the rear trailing arm bushes for cracking, as these items share the same age-related failure pattern as the spring. On the road, listen for clonking over uneven surfaces that would indicate worn top mounts or drop links, and feel through the steering for vagueness or vibration that might suggest tired front-end components or worn inner tie rod ends. The tyre condition flagged in the 2026 test deserves careful scrutiny of all four corners and the spare, looking for uneven shoulder wear that could point to misalignment, worn bushes, or a sagging spring that has now transferred onto the offside. The nearside rear was also flagged for perishing and cracking, which on a low-mileage car of this age is more typical of rubber age-hardening than wear, so inspect the sidewalls closely for visible crazing. The persistent central stop lamp failure across multiple tests may simply be a failed bulb or a corroded connector in the high-level third brake light assembly, but on a 24-year-old vehicle it is worth checking the wiring along the rear hatch hinge flex point where conductors commonly fracture. Finally, on the test drive confirm that the brake pedal feels firm without sponginess, that the handbrake holds on an incline without excessive travel, and that the steering returns smoothly to centre without shudder or knocking through the column, all of which would corroborate whether the underlying chassis and brake hydraulic condition matches the components that have already required replacement.