Why is HiPhi Cars So Expensive?
1 Answers
Introduction to the reasons why HiPhi cars are expensive: 1. SUV with supercar elements, ultra-large size, and a range of 630 km: In terms of platform size, the HiPhi X adopts an E-proportion electric vehicle body design, perfectly blending a supercar with a large SUV, creating an ultra-large body with dimensions of 5200/2062/1618 mm in length, width, and height, and an ultra-long wheelbase of 3150 mm. The innovative body proportion of the supercar SUV minimizes the powertrain footprint, maximizes cabin space, and achieves a drag coefficient as low as 0.27Cd, with acceleration from 0 to 100 km/h in just 3.9 seconds. 2. The world's first NT wing doors, stunning appearance: In terms of functions and features, the HiPhi X pioneered the world's first mass-produced intelligent NT wing doors with independent patents, paired with luxurious coach doors, and integrates cutting-edge technologies such as frameless door design and electronic controls, creating six different smart entry modes for various scenarios, including facial recognition, smart keys, and smartphone ID, along with various contactless automatic entry modes. 3. The world's first L3 autonomous driving, super intelligent: The HiPhi X is the world's first intelligent electric SUV with active rear-wheel steering, achieving a minimum turning diameter of only 11.6 meters, making the 5.2-meter-long body as agile as a car. It is also equipped with the HiPhi Pilot autonomous driving assistance system, realizing L3 autonomous driving functions in production models, making it safer and more reliable, with innovative features such as ICC intelligent cruise control, HWA highway driving assistance, TJP traffic jam pilot, and L4 full autonomous parking services based on vehicle-road coordination. 4. 562 sensors, 307 execution units, and all hardware: The HiPhi X possesses outstanding full-vehicle OTA capability, enabling continuous performance and experience evolution without changing hardware through continuous independent learning and remote software iterations. This is based on HiPhi X's six computing platforms, including the body, powertrain, autonomous driving, smart cockpit, vehicle connectivity V-Box, and central gateway, along with 562 sensors and 307 execution units.
