The GWM ORA 03 is an electric SUV designed for drivers who want style, technology and efficiency in one complete package. With its sleek exterior, comfortable modern interior and fully electric powertrain, the ORA 03 delivers a smooth, connected and eco-friendly driving experience, perfect for city commutes and longer journeys alike.
As a very highly specified launch vehicle, the ORA 03 includes features like facial recognition, voice recognition, 360-degree cameras and adaptive cruise control as standard.
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Customers will also benefit from comprehensive charging capability with Type 2 single-phase AC and three-phase AC charging as standard. The ORA 03 also features DC rapid charging and comes equipped with a CCS socket as standard.
Based on 15% - 80% charge status, home charging will take users around 5 – 6 hours. This time is cut drastically when moving up to three-phase AC on-street charging, which takes around 3 – 4 hours. Additionally, rapid charging will take users around 40 minutes.
In line with competitors of the ORA 03, the vehicle will be backed by a very comprehensive five-year vehicle, unlimited mileage warranty with cover on the battery for eight years or 100,000 miles. Service intervals are in-line with best-in-class competitors, scheduled every two years or 18,000 miles, whichever comes first.
Terms and Conditions
*Figures shown are indicative and show for comparability purposes only. 354 miles range refers to BYD SEAL Design model on a WLTP Combined Cycle. All derivatives are fully homologated against the standards of the Worldwide Light Vehicle Test Procedure (WLTP). Actual real-world driving results may vary depending on factors including the starting charge of the battery, accessories fitted after registration, weather and environmental conditions, driving styles, vehicle speed and vehicle load.
^The figures for charging time listed are calculated at an ambient temperature of 30°C. Charge time may vary depending on factors including charging conditions, battery, ambient temperature at point of use, and battery temperature.
