2024 Honda CR-V Advance Tech I-MMD CVT 2.0L Hybrid electric (clean) · KF24 OPK

The DVSA records show no MOT history for the 2024 Honda CR‑V Advance Tech I‑MMD CVT, so there is no recent test outcome to reference and consequently no basis on which to judge a maintenance trend as stable, worsening or improving. In the absence of any recorded pass, fail or advisory, the vehicle’s roadworthiness must be inferred from visual inspection, service documentation and a thorough test‑drive assessment rather than from MOT data. Mileage for the vehicle is not supplied, which prevents any direct comparison with the typical annual usage expected of a two‑year‑old family SUV. A normally driven Honda of this age would accumulate roughly 8‑12 000 miles per annum; a markedly lower figure could indicate prolonged periods of standing, raising the likelihood of battery sulphation, tyre sidewall perishing and brake‑disc corrosion, while a substantially higher figure would suggest accelerated wear on the CVT clutch packs, suspension bushings and tyre tread. Without a mileage figure, the prospective buyer should treat the vehicle as potentially low‑use but verify this through service stamps, fuel‑fill receipts or a diagnostic read‑out of the odometer. Given the lack of MOT data and unknown mileage, the buyer should conduct a comprehensive physical examination focused on age‑related degradation. Inspect all four tyres for tread depth, uniform wear patterns and, more importantly, sidewall cracking or hardening that can occur after three years even on low mileage; check the spare tyre as well. Examine the 12 V battery terminals for corrosion and, if possible, have the battery load‑tested to confirm it retains adequate cranking power after two years of service. Verify that the CVT fluid is at the correct level, clear of debris and of the proper colour; a fluid change is generally recommended around the 30 000‑mile mark or every two years, whichever comes first, to protect the hydraulic clutch packs. Look for any signs of fluid leakage around the front and rear main seals, brake calipers and the steering rack, and ensure that the brake discs are free of excessive surface rust, scoring or uneven wear that could indicate binding calipers from inactivity. During the test drive, listen for any clunking or knocking from the suspension bushings, ball joints and lower control arms, especially when traversing bumps or applying steering input, as these components can deteriorate quickly when a vehicle has been idle for extended periods. Observe the CVT’s acceleration for smooth, linear response without judder or delayed engagement, and note any hesitation or shudder under load, which may signal worn clutch plates or low fluid pressure. Pay close attention to braking performance—ensure a firm pedal feel, no pulsation, and that the vehicle tracks straight without pulling to one side, indicating balanced brake wear and properly functioning calipers. Finally, confirm that all electronic aids (adaptive cruise control, lane‑keeping assist, infotainment system) operate correctly, as latent software updates or sensor faults can affect both safety and resale value. An independent mechanical inspection before purchase would provide added assurance that the vehicle meets the expected standards for a relatively new, potentially low‑usage Honda CR‑V.