Quick Takeaways
- China launch targets value-focused EV SUV buyers with long range and fast charging at an aggressive price point.
- The model strengthens Dongfeng Forthing’s EV portfolio with practical space, efficient battery performance, and modern design.
On December 27, Dongfeng Forthing began accepting pre-orders for the Dongfeng Xinghai T5 electric SUV, positioning the new model as a competitively priced battery-electric offering in China’s fast-growing SUV segment. The vehicle is available in a pre-sale price range of CNY 153,900 to CNY 161,900, targeting customers seeking long range, efficiency, and everyday usability.
Sharing a streamlined and nature-inspired design philosophy with the Xinghai S7, the Dongfeng Xinghai T5 electric SUV emphasizes clean lines and a balanced proportion. The SUV is built on a platform with a 2,730 mm wheelbase, ensuring stable road presence and improved cabin comfort. Practicality is a key focus, with rear cargo capacity extending up to 1,214 liters when the seats are folded, supporting both urban and leisure-oriented use cases.
Dongfeng Xinghai T5 Electric SUV Design and Space Highlights
The exterior design reflects a modern aerodynamic approach while the interior layout prioritizes space efficiency. Key highlights include:
Battery, Range, and Charging Performance of Dongfeng Xinghai T5 Electric SUV
At the core of the Dongfeng Xinghai T5 electric SUV is a 64.4 kWh battery pack designed for balanced performance and efficiency. The vehicle supports high-power Vehicle-to-Load functionality, enabling external power usage for appliances and outdoor activities. Under the CLTC cycle, the SUV offers a driving range of up to 530 km with an energy consumption rate of 13.8 kWh per 100 km.
Charging performance is optimized for daily convenience, with the battery capable of charging from 30 percent to 80 percent state of charge in approximately 35 minutes. This fast-charging capability enhances the vehicle’s suitability for both city commuting and longer-distance travel.
By combining competitive pricing, practical interior space, and efficient electric powertrain specifications, the Dongfeng Xinghai T5 electric SUV strengthens Dongfeng Forthing’s position in China’s rapidly evolving electric vehicle market.
Sharing a streamlined and nature-inspired design philosophy with the Xinghai S7, the Dongfeng Xinghai T5 electric SUV emphasizes clean lines and a balanced proportion. The SUV is built on a platform with a 2,730 mm wheelbase, ensuring stable road presence and improved cabin comfort. Practicality is a key focus, with rear cargo capacity extending up to 1,214 liters when the seats are folded, supporting both urban and leisure-oriented use cases.
Dongfeng Xinghai T5 Electric SUV Design and Space Highlights
The exterior design reflects a modern aerodynamic approach while the interior layout prioritizes space efficiency. Key highlights include:
- Long wheelbase for improved rear-seat comfort
- Flexible rear storage configuration
- Design consistency with other Xinghai-series electric models
Battery, Range, and Charging Performance of Dongfeng Xinghai T5 Electric SUV
At the core of the Dongfeng Xinghai T5 electric SUV is a 64.4 kWh battery pack designed for balanced performance and efficiency. The vehicle supports high-power Vehicle-to-Load functionality, enabling external power usage for appliances and outdoor activities. Under the CLTC cycle, the SUV offers a driving range of up to 530 km with an energy consumption rate of 13.8 kWh per 100 km.
Charging performance is optimized for daily convenience, with the battery capable of charging from 30 percent to 80 percent state of charge in approximately 35 minutes. This fast-charging capability enhances the vehicle’s suitability for both city commuting and longer-distance travel.
By combining competitive pricing, practical interior space, and efficient electric powertrain specifications, the Dongfeng Xinghai T5 electric SUV strengthens Dongfeng Forthing’s position in China’s rapidly evolving electric vehicle market.
Industry reports & Public disclosures | GAI Analysis
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