Qijing GT7 Launches Pre-sales at Guangdong-Hong Kong-Macao Auto Show, Starting at RMB 219,900

At the 30th Greater Bay Area Auto Show in 2026, the Qijing GT7 officially launched its pre-sale with a price range of RMB 219,900 to RMB 309,900. The manufacturer simultaneously unveiled several limited-time purchase incentives, including a RMB 999 reservation deposit redeemable for RMB 3,999 off the final payment, priority production scheduling, and wheel customization discounts. The vehicle features a shooting brake design with golden proportions, measuring 5,050 mm in length, 1,980 mm in width, and 1,470 mm in height, with a wheelbase of 3,000 mm. Externally, it is equipped with 21-inch gloss-black sport wheels, German Continental high-performance four-piston fixed calipers, and “Qijing Wings” taillights featuring 526 precisely arranged LED elements. It also debuts the ADS waterfall-style blue lighting display for the first time. The entire lineup offers three custom paint finishes and six exterior color options, all crafted using an advanced 8-coat 3C2B painting process. Additionally, an exclusive “Reflection in the Clouds” paint was co-developed with BASF. The car also incorporates 14 targeted aerodynamic optimizations. In terms of intelligent features, the Qijing GT7 is equipped with Huawei’s next-generation dual-optical-path, image-grade 896-line LiDAR and the new HUAWEI XHUD augmented reality head-up display system, which projects images up to 88 inches in size. The interior centers around the HUAWEI SOUND AI interactive Star Ring diffuser, blending interstellar-inspired technology with shooting brake driving dynamics. Powering the vehicle is a tri-motor drivetrain, offered with two CATL Qilin battery options—86.111 kWh and 102.768 kWh—built on an 800V high-voltage platform and supporting 6C ultra-fast charging, claimed to deliver 1 km of range per second of charging. The chassis utilizes a front double-wishbone and rear multi-link H-arm suspension setup, integrated with the HUAWEI XMC digital chassis control system.