2026 Geely Starray EM-I Ultra Phev Auto 1.5L Hybrid electric (clean) · DP26 HWM

The 2026 Unknown STARRAY EM-I ULTRA PHEV AUTO currently has no recorded DVSA MOT test history, meaning there is no documented pass or fail outcome to evaluate. As the vehicle is newly registered in 2026 and today's date is September 2026, it would not yet be due its first MOT test, which under current DVSA regulations becomes a requirement once the vehicle reaches three years of age. Consequently, there is no maintenance trend, advisory pattern, or failure history to analyse, leaving the buyer entirely reliant on the vendor's servicing records and any manufacturer warranty documentation to establish the baseline mechanical condition of the vehicle. With recorded mileage unknown and insufficient data to compare against the vehicle's age, it is not possible to calculate an annual mileage rate or identify any patterns of excessive use or prolonged standing. As a plug-in hybrid, the EM-I ULTRA PHEV would typically accumulate mileage through a combination of electric-only running and hybrid petrol-electric operation, and any unusually high figure could indicate predominantly combustion-engine use, which accelerates wear on the petrol unit, exhaust system, and associated ancillaries. Conversely, very low mileage, while beneficial for major mechanical components, raises separate concerns regarding the high-voltage battery state of charge management, 12V auxiliary battery longevity, brake disc corrosion from infrequent use, and potential fluid deterioration from calendar ageing alone. A full mileage disclosure and service history audit should be obtained before purchase to clarify actual usage patterns. In the absence of MOT data, the prospective buyer should commission an independent pre-purchase inspection from a qualified garage, with particular attention given to the hybrid powertrain, high-voltage battery state of health report, and the manufacturer's complete service schedule. All tyres should be examined for age-related sidewall perishing and cracking, which can occur even on lightly used vehicles, and the tread depth should be verified to meet the legal minimum of 1.6mm across the central three-quarters of the tread. The 12V auxiliary battery, often overlooked in PHEVs, should be load-tested, and the high-voltage traction battery health certificate requested, as this is the single most expensive component on the vehicle. Brake discs and calipers should be inspected for surface corrosion and any signs of seizing from standing, and the brake fluid, engine coolant, and any transmission fluids should be checked for age-appropriate replacement, as many manufacturers mandate time-based fluid changes regardless of mileage. On a physical inspection and test drive, the buyer should verify that all hybrid system warning lights extinguish promptly after ignition, that there are no stored diagnostic trouble codes relating to the emissions control system, regenerative braking function, or battery thermal management, and that the transition between electric and hybrid modes is seamless without warning messages. The exhaust emissions system, catalytic converter, and petrol engine should be examined for any signs of fluid leaks, corrosion, or abnormal noise on cold start. The suspension should be tested for any knocking or instability over uneven road surfaces, and all electronic driver aids, infotainment functions, and charging equipment, including the type 2 charging cable and on-board charger, should be demonstrated to be fully operational. Given the absence of any MOT history, any remaining manufacturer warranty, roadside assistance cover, and the documented build date should be confirmed in writing before committing to the purchase.