2026 Omoda 5 Knight HEV Auto 1.5L Hybrid electric · AF26 KWS

A prospective purchaser should note that this 2026 OMODA 5 KNIGHT HEV AUTO currently has no recorded DVSA MOT history. As the vehicle is registered in 2026, it is likely either very recently manufactured, a current registration, or potentially too new to have yet required its first compulsory MOT test, which for most cars becomes due at three years from the date of first registration. Without an MOT record, it is impossible to establish a maintenance trend, identify any recurring advisories, or detect a worsening mechanical condition based on official test data. The absence of failure points and defect entries means there are no specific recorded issues to address from previous examinations, though this provides no positive confirmation of the vehicle's underlying mechanical condition. Regarding recorded mileage, no data has been supplied to evaluate annual usage rates, significant gaps in driving history, or any rapid mileage accumulation. As a 2026 model year hybrid crossover, the OMODA 5 is at the very beginning of its service life, and without prior MOT readings it is not possible to determine whether the vehicle has covered consistent mileage or whether it has been subject to any unusual patterns of use. A prospective buyer should therefore ensure that the current odometer reading is verified against the V5C logbook, and should request a full service history to confirm whether the vehicle has been used regularly. Low or infrequent mileage in a hybrid vehicle of this age may give rise to concerns regarding battery management, fuel system deterioration, and the condition of brake components due to prolonged standing, particularly given the regenerative systems found in hybrid drivetrains. Conversely, very high mileage for a vehicle of this age may indicate heavy use, potentially placing greater demand on the hybrid battery, suspension components, and brake friction materials. Given the lack of MOT history, a thorough physical inspection is strongly advised. The exterior should be examined for any panel damage, inconsistent panel gaps, or evidence of accident repair that might compromise structural integrity. The tyres should be inspected for age-related sidewall perishing or cracking, as even new tyres degrade over time, and the tread depth measured to ensure it meets the legal minimum of 1.6mm across the central three-quarters of the tread. Brake discs and callipers should be examined for signs of corrosion or seizing from standing, particularly around the inner edges where rust pitting is common, and the brake fluid should be checked for service interval compliance, as moisture absorption reduces its effectiveness over time regardless of mileage. The 12-volt auxiliary battery, commonly used in hybrid vehicles to support ancillary systems, should be tested for voltage and holding capacity, as premature failure is a frequent issue in modern vehicles. During a test drive, particular attention should be paid to the performance of the hybrid powertrain. Any unusual noises from the engine bay, hesitation during acceleration, or warning lights on the instrument cluster could indicate underlying issues with the hybrid system, inverter, or high-voltage battery management. The suspension should be evaluated for knocking or clonking noises over uneven road surfaces, which may suggest worn bushes, drop links, or coil springs. The steering should be assessed for smoothness and the absence of vibration, while the transmission should operate seamlessly through its automatic gear changes. Given the absence of any MOT history, it is also recommended that an independent pre-purchase inspection be commissioned, including a diagnostic scan to identify any stored fault codes within the hybrid control systems that would not be apparent during a standard road test.