Xiangjie S9 Pre-Orders Set to Begin Nov. 7, Comes Standard with 4 Lidars and Huawei ADS 3.0​​

On November 4, the Xiangjie brand announced that the new Xiangjie S9 mid-to-large-size sedan will officially open for pre-orders on November 7. As a facelifted model, it receives detailed upgrades and will be equipped with 36 high-precision sensors, standard quad LiDAR, an upgraded front 3-distributed millimeter-wave radar array, and an external microphone.

The exterior continues the overall design of the current model with refined details. Developed jointly by Huawei and BAIC, the Xiangjie S9 draws design inspiration from the cosmos, featuring C-shaped headlights and a full-width light bar that give it a distinctive identity. The model also sports a new starry-sky emblem, Galaxy headlights, new wheel designs, smart electronic side mirrors, and cosmic-inspired exterior colors. At the rear, it adopts a new full-width taillight design, complemented by a subtle spoiler and a trapezoidal license plate area, enhancing its sporty appeal.

The dimensions are 5,160 mm in length, 2,005 mm in width, and 1,492 mm in height, with a wheelbase of 3,050 mm, positioning it as a mid-to-large-size sedan.

For intelligent driving, the new S9 will be equipped with four LiDAR units (one 192-line LiDAR and three high-precision solid-state LiDARs) and is expected to feature a 3-distributed 4D millimeter-wave radar array. With 36 high-precision sensors and Huawei’s Qiankun ADS 4 advanced driving system, its assisted driving and active safety capabilities are further enhanced.

Powertrain options include all-electric and extended-range (EREV) versions. The all-electric variant, which has completed MIIT certification, is built on an 800V high-voltage platform and uses a TZ210XYA03 electric motor from Huawei Digital Power, delivering a maximum power of 227 kW. Its range exceeds 800 km. The extended-range version will feature Huawei’s Snow Owl intelligent EREV system, offering a comprehensive CLTC range of over 1,300 km.This article is generated by Jiasou TideFlow AIGC GEO