2004 Honda Civic 2.0L Petrol · YB53 AOG

The 2004 Honda Civic’s most recent MOT on 2025-12-22 revealed a failed test with multiple critical issues, including an exhaust Lambda reading outside limits, inoperative engine MIL, and binding brakes. This follows a pattern of recurring brake and suspension faults, with the latest failure indicating unresolved mechanical degradation. While the 2024-11-18 test passed, the subsequent 2024-11-13 failure highlighted persistent brake binding and exhaust leaks, suggesting maintenance trends are worsening rather than stabilising. Structural corrosion and brake component wear from 2023 further compound concerns, with no evidence of significant improvements in the 14-month period leading to the latest test. The vehicle’s mileage of 123,168 miles over 22 years equates to approximately 5,599 miles annually, a low figure that may reflect infrequent use or prolonged periods of inactivity. This aligns with corrosion issues in subframes and suspension components noted in 2023, as well as repeated brake disc wear. Gaps in the MOT record between 2023-10-19 and 2024-11-13 raise questions about maintenance consistency, though the 2024 tests show some resolution of minor issues like door handles. The low mileage does not mitigate the structural and mechanical concerns flagged in recent tests, particularly around brake efficiency and exhaust integrity. A buyer should prioritise inspecting the suspension system for worn bushes and coil springs, given repeated mentions of binding brakes and ball joint play. The exhaust system requires close scrutiny for leaks and Lambda sensor functionality, as these were critical failures in the latest test. Structural corrosion in the rear sills and subframes, documented in 2023, necessitates a detailed underbody check for rust-related weakening. Brake discs, both front and rear, show progressive wear, and the parking brake’s inconsistent performance demands functional verification. These issues collectively indicate the need for a pre-purchase inspection to assess repair feasibility and long-term reliability.