2005 Suzuki Grand Vitara 1.6L Petrol · MD05 EZF

The roadworthiness of this vehicle is concerning, showing a clear trend of worsening structural and mechanical degradation. The most recent test in February 2024 at 111,274 miles resulted in a significant failure with a high volume of major and minor advisories. While the vehicle passed in 2022 and 2023, the 2024 failure revealed critical issues including a compromised seat belt anchorage and extensive structural corrosion, indicating that previous maintenance efforts failed to arrest the underlying decay of the chassis. At 111,274 miles, this 21-year-old Suzuki averages a low usage of approximately 5,300 miles per year. However, this low usage appears to correlate with accelerated aging rather than preserved condition. Between February 2021 and February 2024, the vehicle only covered 8,659 miles, yet the record shows persistent perished rubber components, cracked tyres, and advancing rust. This pattern suggests the car may have sat for long periods, allowing moisture to settle on components without the benefit of regular use. A buyer must conduct a thorough inspection of the chassis and lower mounting points, as the record consistently flags corrosion on the nearside and offside lower vehicle structures. The 2024 failure specifically noted significantly reduced strength in the rear inner seat belt anchorage, which is a major safety concern that requires verification of repair. The braking system shows a history of neglect with recurring corroded brake pipes, pitted discs, and thin pads, suggesting a lack of proactive maintenance over several years. The suspension and drivetrain also require scrutiny due to recurring issues with corroded shock absorbers, worn anti-roll bar linkages, and split CV boots. The persistent oil leak noted since at least 2021 indicates a long-term seal or gasket failure that has not been addressed. Given that the last recorded test was over two years ago, the vehicle's current state is unknown and the likelihood of further structural failure or mechanical breakdown is high.