2004 Lexus IS200 2.0L Petrol · SF54 WMW

A pattern of structural and suspension weakness runs through the MOT history, with major failures recorded for the off‑side front suspension arm ball joint, the off‑side rear sill corrosion and the parking‑brake efficiency, while the most recent test on 30 April 2025 passed but flagged an under‑carriage underseal advisory. Earlier records show recurring wear on both front suspension arm bushes and a near‑side front coil spring, plus a serious near‑side rear chassis corrosion failure in 2020, indicating that the vehicle’s load‑bearing and body integrity have required repeated attention. At 79 973 mi the car averages roughly 3 600 mi per year, a mileage level that is low for a 2004 model. Such a modest annual accumulation often points to intermittent use or periods of storage, which can exacerbate corrosion and rubber‑component ageing even when the odometer reads little. The MOT timeline shows no long gaps longer than a year, but the concentration of failures around 2020‑2024 suggests that the low mileage has not prevented wear on critical wear items such as suspension joints and chassis sections. Prospective buyers should concentrate on the off‑side front suspension arm ball joint, which failed a major test in 2024; audible clunking over bumps, uneven tyre wear or a loose steering feel would confirm lingering wear. The off‑side rear sill corrosion noted as a major defect also warrants a visual inspection for rust penetration, especially around the wheel arch and lower body panels, and a tap test for structural soundness. The parking‑brake efficiency failure means the hand‑brake may not hold the vehicle on an incline; a simple hill‑hold test should reveal any slip. Near‑side front coil spring wear, noted as an advisory, can produce a sagging front ride height or a noticeable dip when the vehicle is loaded, while the earlier near‑side rear chassis corrosion may manifest as a hollow sound when the rear is tapped. The recurring advisory for rear brake pads being thin suggests that the pads may soon require replacement, and the driver should feel for reduced braking feel or pulsation at the pedal. A thorough pre‑purchase inspection should include a chassis and under‑carriage check for rust beyond the underseal advisory, measurement of suspension bush clearances, verification of parking‑brake hold, and a functional test of the exhaust for black smoke under acceleration, as previously flagged. Confirm that the coil springs are free of cracks and that the brake pads have sufficient thickness. Given the history of major defects, budgeting for suspension component replacement, corrosion repair and brake servicing would be prudent, and any price negotiation should reflect the cost of addressing these specific items.