1997 TOYOTA LAND CRUISER4.2L DIESEL

The vehicle presents a concerning roadworthiness profile characterized by a history of significant mechanical neglect and structural degradation. While it passed its most recent test in April 2024 at 296,732 miles, this followed a catastrophic failure in November 2023. The maintenance trend is unstable, as the owner only appears to address critical faults after failure rather than performing preventative maintenance. The presence of an ongoing oil leak and surface corrosion in the 2024 test indicates that underlying issues continue to persist despite the repairs made. The mileage pattern is consistent with the vehicle's 29-year age, averaging approximately 10,200 miles per year. Between January 2023 at 285,414 miles and November 2023 at 296,720 miles, the vehicle covered over 11,000 miles in just ten months. This high rate of use likely accelerated the mechanical wear observed in the suspension and braking systems. The gap between the April 2024 test and today suggests the vehicle has been in use for over two years without a fresh official safety verification. A buyer must prioritise a thorough structural inspection of the chassis and floor pans. The November 2023 failure highlighted significant strength reduction in the nearside rear seat belt anchorage due to floor pan corrosion above the chassis rail, which is a major safety concern that indicates deep-seated rust. Recurring issues with nearside front hub leaks, wheel bearing play, and fractured coil springs suggest the front-end assembly is nearing the end of its functional life. You should also inspect the offside front brakes for contamination from leaking hub seals. The power steering system and exhaust system have shown multiple failures across 2022 and 2023, indicating persistent leaks that require professional attention. The parking brake efficiency was previously recorded as below the legal limit, necessitating a test of the drums and cables to ensure they are not fully worn. Given the high mileage and the history of structural and and mechanical failures, this vehicle carries a high risk of further expensive repairs in the immediate future.