2026 Omoda 9 Noble Phev AWD Auto 1.6L Hybrid electric (clean) · X25 MAL

The most recent DVSA MOT test for the OMODA 9 NOBLE PHEV AWD Auto was conducted on 2026-02-16, resulting in a clean pass with no recorded defects or advisories. This follows a similarly unremarkable outcome from the preceding MOT on 2025-02-19, indicating a stable maintenance record thus far. The vehicle’s MOT history reflects no evidence of recurring mechanical issues, structural weaknesses, or emissions-related failures, which is commendable for a model at this developmental stage. The absence of advisories or conditional passes suggests that the manufacturer’s design and early-stage reliability are performing within acceptable limits, though the very recent age and low recorded mileage—16,184 miles—mean any potential latent issues may not yet manifest. The recorded mileage of 16,184 miles is consistent with a vehicle that has been in operation for only a short period, as the model year is 2026, placing it in its initial production phase. Assuming a typical annual mileage of around 5,000–7,000 miles for a new electric vehicle in the UK, the vehicle has accumulated roughly 2–3 years of usage, with no significant gaps or rapid mileage accumulation that might indicate excessive wear or misuse. However, the PHEV powertrain, particularly the electric motor and battery management system, is still in its early operational cycle, and while the MOT records are clean, potential long-term concerns—such as thermal degradation in the battery cells, motor efficiency losses, or software-related drivetrains—could emerge over time. The low mileage also means that wear on conventional systems like brakes, suspension, and tyres is minimal, but the vehicle’s age and hybrid/electric nature necessitate careful attention to fluid degradation and component longevity. Given the vehicle’s age, mileage, and MOT history, the prospective buyer should prioritise a thorough inspection of the battery and electrical systems, as these are critical in a PHEV and may not yet show signs of wear but could degrade over time. Check the battery’s voltage output at rest and during charge cycles, and listen for any unusual electrical noises or resistance when engaging the electric motor. The 12V battery should also be tested for capacity and corrosion on terminals, as prolonged disuse or low usage can lead to battery drain or terminal oxidation. For the mechanical systems, focus on the suspension and steering components, as the vehicle’s AWD configuration may place additional stress on these areas. Inspect the coil springs, suspension bushes, and control arm bushings for signs of wear or cracking, and listen for clunking or rattling when driving over bumps or at speed. The brakes should be checked for even wear on discs and pads, as well as any signs of binding or excessive heat, which could indicate caliper issues or corrosion from standing. Additionally, the vehicle’s fluid levels—oil, brake fluid, coolant, and transmission fluid—should be topped up to manufacturer specifications, as electric vehicles are particularly susceptible to fluid degradation over time due to thermal cycling and extended periods without use. Beyond the mechanical systems, the buyer should examine the tyres for sidewall perishing or cracking, which can occur even at low mileage due to the vehicle’s age and exposure to UV light and temperature fluctuations. The tyres should also be checked for uniform tread depth and signs of uneven wear, which could indicate alignment or suspension issues. The exhaust system should be inspected for leaks or corrosion, particularly around the catalytic converter and tailpipe connections, as emissions-related failures are less likely but still a possibility in early production models. Finally, the vehicle’s service history should be reviewed for any scheduled maintenance, such as the first electric motor and battery service, which may be recommended within the first 2–3 years of ownership. If the service book is not available, the buyer should consider scheduling a professional inspection to verify the battery’s health, motor efficiency, and overall drivetrain condition. The absence of MOT failures does not guarantee long-term reliability, but the current state of the vehicle suggests it is in a stable condition for its age, provided these checks are completed.