2009 Vauxhall Corsa 1.4L Petrol · EX09 TXF

The mechanical history of this 17-year-old Vauxhall Corsa is dominated by a deteriorating rear suspension and a series of lighting and brake failures that warrant close scrutiny. The July 2026 test outcome was a pass, but only after the vehicle initially failed that same day on two serious items: a non-functioning offside front headlamp on dipped beam and a fractured nearside rear coil spring, both flagged as Major defects. Compounding this, the test also recorded advisories for both rear shock absorbers showing reduced damping effect and external casing corrosion, alongside a non-excessive oil leak. The presence of a fractured coil spring alongside weakened rear dampers points to an overall decline in rear suspension condition that has been flagged progressively since at least the June 2024 test. Earlier records show a Dangerous failure in June 2025 for front brake pads worn below 1.5 mm, plus a cluster of 2023 failures involving a split central exhaust pipe with a dangerous silencer detachment risk, hydrocarbon emissions exceeding limits, headlamp aim faults, and multiple inoperative front and rear position lamps. With 105,412 miles accumulated over 17 years, the vehicle averages approximately 6,201 miles annually, which sits broadly in line with typical usage for a car of this vintage. The mileage progression across the recorded tests appears steady rather than erratic, suggesting consistent running rather than extended periods off the road or sudden high-mileage spikes. That said, the recorded wear pattern—rear shock fade, coil spring fracture, brake pad metal-on-metal wear, and exhaust failure—is consistent with a vehicle that has seen steady real-world use on UK roads, where salt exposure, pothole impact, and stop-start urban driving all take their toll on consumables and underbody components. The average annual figure should not be read as a sign of mechanical soundness on its own, particularly given the recurring component failures observed across consecutive tests. Any prospective buyer should pay particular attention to the rear suspension assembly, as the record shows a fractured coil spring, reduced shock damping, and external casing corrosion all occurring within the same inspection cycle. On a test drive, listen for clonking or knocking from the rear over uneven surfaces, particularly speed bumps and potholes, and feel for excessive float or secondary body movement through corners that suggests the dampers are no longer controlling mass transfer effectively. Inspect the rear wheel arches, shock absorber bodies, and spring seats for visible corrosion, flaking, or signs of prior repair, and check that the vehicle sits level at the rear when unladen. The non-excessive oil leak should be traced to its source—whether from the engine sump, cam cover, or rear main seal—as even minor leaks accelerate underbody corrosion and can worsen with age. The braking system also demands careful inspection following the June 2025 Dangerous failure for pads below 1.5 mm. On a test drive, apply the brakes firmly from around 30 mph and feel for any judder, pull to one side, or a soft or spongy pedal that could indicate worn discs, sticking calipers, or air in the hydraulic system. Given the 2023 exhaust failure involving a split central pipe and dangerous silencer detachment risk, listen for escaping exhaust gases, ticking or hissing from underneath the car when idling, and any rattling that suggests loose mounting brackets or a failing rear silencer. The recurring front position lamp and headlamp failures should prompt a check of all exterior lighting, bulb condition, and connector integrity, while a visual inspection of the rear number plate should confirm it remains legible. Finally, request evidence of any suspension, brake, or exhaust work carried out since the most recent test, as the combination of fractured springs, weakened dampers, and prior brake and exhaust failures represents the most pressing mechanical concerns identified in the recorded history.