2004 Honda CR-V 2.0L Petrol · RF04 DTY

A pattern of corrosion and recurring electrical faults defines the roadworthiness profile of this 2004 Honda CR-V. Both rear coil springs have been flagged as corroded across two consecutive tests in 2025 and 2026, with the underside of the vehicle now recorded as corroded on the most recent examination and both inner sills noted as corroding the year prior. The 2026 test also returned a failed attempt on the same day as the pass, driven by a present engine management warning lamp, an inoperative nearside front position lamp, and a persistent nearside registration plate lamp minor defect that has been logged at every test since at least 2024. A more serious episode in 2025 saw a major failure for an offside front shock absorber fluid leak, alongside both headlamp aim defects and another engine MIL malfunction. Together these records indicate a vehicle with structural surface corrosion gathering pace, persistent emissions warning lamp issues, and a damp front damper that warranted immediate replacement rather than advisory monitoring. With 85,987 miles spread across roughly 22 years, this CR-V averages approximately 3,900 miles annually, which is notably below typical usage for the model. Lower annual accumulation of this nature can result from extended periods off the road or predominantly short, low-speed journeys rather than sustained motorway use. Mechanically, this profile tends to place greater stress on items affected by standing time and infrequent thermal cycling, including brake discs and calipers that may bind or corrode, cooling system rubber hoses and seals, and electrical components prone to oxidation at connectors. The consistency of annual testing and broadly steady mileage progression suggests the vehicle has not been laid up for long unbroken periods, although the repeated electrical and warning lamp defects do point to components that may have suffered from limited regular use. A prospective buyer should pay close attention to the suspension components that have already attracted advisories. On a test drive, listen for clonks or creaks from the rear over speed humps and uneven surfaces, which would indicate the corroded rear coil springs have progressed to a stage where they may fracture, and feel for any vagueness or knocking through the steering that could reflect the offside rear anti-roll bar linkage ball joint play worsening beyond its current slight movement. With the underside and inner sill corrosion flagged in 2025 and 2026, place the vehicle on a ramp if possible and examine the sill repair kits, floor pans, subframe mounting points, and brake and fuel lines for advanced rust, paying particular attention to pipework clip points and any previously undersealed areas where moisture can be trapped. The offside front shock absorber fluid leak from 2025 should be confirmed resolved by inspecting the damper body for fresh oil residue and checking for uneven ride height. The recurring engine management warning lamp failures are a concern that warrants independent diagnostic investigation before purchase. Ask for the fault codes stored in the ECU and a written explanation of the repair carried out, as persistent MIL illumination on a Honda of this era commonly relates to lambda sensor degradation, catalytic converter efficiency issues, or evaporative system faults rather than isolated wiring defects. The headlamp aim failures from 2025 should be verified by checking beam pattern against a flat wall in darkness, particularly after any minor bumper or suspension work that may have altered the mounting geometry. The nearside registration plate lamp fault recurring across four tests suggests a simple bulb or earth issue has not been permanently resolved, but the nearside front position lamp failure on the recent attempt should be confirmed rectified. Finally, inspect the front brake discs for lipping and the caliper slide pins for stiffness consistent with low-speed urban use, and verify the front lower suspension arms flagged in 2024 have not deteriorated further given the ongoing underside corrosion trend.