2004 Honda CR-V 2.0L Petrol · RE54 AED

The 2004 Honda CR-V presents a complex roadworthiness picture marked by a persistent pattern of recurring mechanical failures despite intermittent passes. The latest MOT on 2025-11-03 showed the vehicle cleared the test with three advisories, but this followed two prior failures in 2025 and one in early 2024, creating a narrative of progressively worsening issues rather than stable performance. While the December 2024 pass indicates the vehicle may have been temporarily repaired, the concentration of critical failures—particularly in the braking system and suspension—suggests underlying structural problems that were not fully resolved between tests. The current status reflects a vehicle that has experienced significant degradation across multiple systems within a relatively short period, making the present condition more cautionary than reassuring. At 22 years of age with 142,280 recorded miles, the vehicle accumulates approximately 6,467 miles annually, which aligns with expected usage patterns for its model year but masks important mechanical realities. The gap between the November 2024 failed test and the subsequent November 2025 pass spans nearly eight months, yet the recurrence of similar advisory categories indicates that repairs were either superficial or incomplete. The high annual mileage combined with repeated failures in the rear brake pipe, front suspension bushings, and braking components points toward accelerated wear that exceeds the normal progression expected at this age. Notably, the absence of any major structural concerns like frame damage is offset by the frequency of individual system failures, suggesting that the vehicle's longevity has been compromised by cumulative wear rather than sudden catastrophic breakdown. The nearside rear outer brake pipe shows consistent corrosion across multiple MOT assessments, with the 2025 and 2024 tests both flagging this component as corroded and greasy—a condition that compromises hydraulic function and creates potential for brake fade or loss of braking pressure under load. The front suspension arm bush wear, documented repeatedly from 2023 through 2025, manifests as increased knocks over rough patches and possible irregularities in wheel alignment, which could lead to uneven tyre wear or subframe fatigue if left unaddressed. Additionally, the front service brake was found binding in 2024, indicating a progressive loss of braking efficiency that escalated to a complete failure threshold in November 2024 where pads measured below 1.5 millimetres—a dangerous level requiring immediate replacement to prevent brake failure during hard stopping conditions. These findings demand that any purchase be accompanied by immediate professional inspection of the brake line integrity, front suspension bush seal integrity, and overall chassis corrosion. For a prospective buyer, the most critical areas to verify on test drive are the front braking system and suspension geometry. When testing the vehicle, pay close attention to whether the front right brake pad (offside front) exhibits reduced stopping power compared to the left side, and note any vibrations or pulsations transmitted through the steering column during hard braking—these would indicate an improperly adjusted or worn front brake assembly. The front suspension should be inspected visually for excessive play in the front control arm bushings; listening for metal-on-metal contact over bumps will confirm whether the worn bush seals have failed completely. The nearside rear outer brake pipe should be examined for continued signs of internal corrosion or grease buildup, especially around the brake caliper mounting points, as contamination here can accelerate pad wear and compromise hydraulic reliability. Finally, the front windshield wiper mechanism requires physical verification—check that the wiper blade clears the entire lower half of the window without streaking or skipping, and confirm that the front headlamps illuminate their full beam width on dipped beams, as the 2024 failure indicated a non-functional main headlight which could affect night-time visibility and increase accident risk.