2024 Toyota RAV4 Design Phev Auto Hybrid electric (clean) · YA73 XTM

No MOT history is currently available for this 2024 Toyota RAV4 Design PHEV, which is entirely expected given that the vehicle is first registered in 2024 and is therefore not yet due for its initial DVSA roadworthiness test, which ordinarily falls at the three-year anniversary of first registration for petrol and diesel vehicles. Because the platform is a plug-in hybrid and was manufactured and registered within the last three years, it remains exempt from MOT requirements until 2027, assuming a standard registration timeline. With no recorded test outcomes against which to evaluate maintenance trends, there is no evidence within the official DVSA record of any deterioration, recurring advisories, or remedial work required at statutory inspection milestones. The absence of any MOT data therefore reflects legislative exemption rather than any indication of neglect or mechanical concern, and the buyer should view the record as neutral pending the first examination. The recorded mileage is listed as unknown and insufficient data exists to benchmark annual usage against the vehicle's age. For a 2024 model being evaluated in late 2026, a two-year-old PHEV might reasonably display anywhere between five thousand and thirty thousand miles depending on whether it has been used as a short urban commuter taking advantage of its electric range or as a primary family vehicle covering longer distances. A low annual mileage profile on a hybrid or PHEV is generally beneficial to mechanical longevity, as it limits wear on the internal combustion components, brake friction material (due to regenerative braking), and clutch or transmission components. Conversely, very high mileage accumulation can accelerate wear on the high-voltage battery thermal management system, the 12V auxiliary battery, suspension components, and tyres. Without corroborated mileage figures, it is strongly recommended that the seller provides documented service history, V5C registration confirmation, and a current odometer reading cross-referenced against any digital records from franchised dealers or Toyota's own service database. As a prospective buyer inspecting a near-new PHEV of this age, the focus should shift from statutory defect history to a thorough physical and electronic evaluation. Begin with the high-voltage battery system by confirming the state of health through the Toyota dealer diagnostic tool, as lithium-ion traction batteries can degrade even with low mileage if subjected to frequent rapid DC charging, prolonged high states of charge, or exposure to extreme temperatures. Verify the 12V auxiliary battery condition, as this is a known source of starting and infotainment faults on PHEVs and is often overlooked. Inspect all four tyres for sidewall perishing, cracking, or uneven wear, particularly if the vehicle has been stationary for extended periods or conversely under-geared for its electric torque. Examine the brake discs and calipers for signs of surface corrosion or binding, which is common when regenerative braking limits the use of the friction system, and confirm that the brake fluid has been changed within the recommended calendar interval regardless of mileage. Finally, verify the fluid service history in detail, as time-based degradation remains a concern even on low-mileage vehicles. Brake fluid is hygroscopic and should be renewed every two to three years irrespective of use; coolant for both the combustion engine and the PHEV power electronics system similarly degrades on a calendar basis; and the inverter and gearbox fluids on the e-CVT transmission have manufacturer-specified replacement intervals that must not be ignored. On a test drive, listen carefully for any unusual whine or bearing noise from the electric drive units, confirm smooth transition between electric and hybrid modes, and check that the charging system functions correctly across both AC and any DC inputs if equipped. Inspect the underside, suspension arms, bushes, and coil springs for any transport damage, corrosion, or signs of kerbing, and ensure that the undertray and PHEV-specific protective shielding remain intact. Confirm the presence of both keys, the charging cable, and any Type 2 adaptor, and verify that all driver-assistance systems, including the pre-collision, lane departure, and adaptive cruise control functions, calibrate and operate as intended, as these are sensitive to windscreen replacement and camera alignment on near-new vehicles.