2005 Toyota Celica 1.8L Petrol · PK05 CXR

A pattern of corrosion‑related advisories combined with recurring tyre safety failures defines this Celica’s MOT history; the most recent inspection in February 2026 recorded a dangerous failure for the off‑side rear tyre due to a structural lump, even though the remainder of the test passed. Earlier years show repeated alerts for front sub‑frame and suspension mounting corrosion, rear cross‑member rust, and multiple instances of the engine malfunction indicator lamp (MIL) being inoperative, indicating that structural integrity and tyre condition have been the dominant concerns rather than outright mechanical breakdowns. At 132,761 mi over 21 years the vehicle averages just over 6,300 mi per annum, a mileage rate that sits comfortably within normal usage for a car of this age. The MOTs have been logged annually without significant gaps, suggesting the odometer readings are consistent with the testing intervals. This moderate annual accumulation means wear on consumables such as tyres, brakes and suspension components will be in line with typical expectations for a vehicle of this vintage, but the cumulative mileage still warrants close inspection of wear items that have already shown defects. When evaluating the tyre condition, focus on the off‑side rear wheel for any bulges, lumps or uneven tread wear, and feel for vibrations or thumping at higher speeds that could signal internal separation. The near‑side rear tyre also received a warning in 2023 for a bulge, so both rear tyres should be measured for tread depth, sidewall integrity and balanced rotation. Replacing the rear tyres is advisable before any further road use, and a visual check of the tyre pressure sensor (if fitted) should be performed to ensure accurate readings. Corrosion is a recurring theme: front sub‑frame, front suspension arms, rear cross‑member, rear brake pipe and various chassis mounting points have all been flagged as corroded, though not yet structurally compromised. On a test drive, listen for clunks or knocks over bumps, watch for any steering pull that could indicate weakened mounting areas, and inspect for fluid seepage around the rear brake pipe and front shock absorber, the latter having a documented fluid leak in 2025. The repeated engine MIL failures suggest an underlying electronic or sensor fault; a full diagnostic scan should be carried out and any fault codes addressed before purchase. Finally, verify that the front position lamp and off‑side rear stop lamp are functional, as both were recorded as major failures in 2024, to avoid an immediate remedial cost after acquisition.