Quick Takeaways
  • Aistaland GT7 features Huawei’s advanced platform and intelligent cockpit technologies.
  • The model combines high-performance electric powertrain with next-gen LiDAR systems.

On April 10, Aistaland Auto, a joint brand formed by GAC Group and Huawei, officially revealed the Aistaland GT7 battery electric shooting brake coupe through the Ministry of Industry and Information Technology listing in China. The model is scheduled for a dedicated technology showcase during the Auto China 2026 event in Beijing, marking a significant step in the brand’s premium EV positioning strategy and its integration of advanced intelligent systems.

Dimensions and Design Specifications

The Aistaland GT7 presents a long and low shooting brake profile, combining aerodynamic efficiency with premium styling proportions. The vehicle measures 5,050 mm in length, 1,980 mm in width, and 1,470 mm in height, supported by a 3,000 mm wheelbase. These dimensions position the GT7 within the upper segment of electric performance vehicles, offering enhanced cabin space while maintaining a sporty stance suitable for both performance and comfort-oriented driving dynamics.

Key Dimension Overview of Aistaland GT7

Parameter Specification
Length 5,050 mm
Width 1,980 mm
Height 1,470 mm
Wheelbase 3,000 mm

Powertrain and Performance Capabilities

The GT7 is built on Huawei’s Chitu platform, enabling flexible drivetrain configurations including a single-motor rear-wheel drive setup and a tri-motor all-wheel drive system. The vehicle integrates a 250 kW permanent magnet synchronous motor, delivering strong acceleration and efficiency. Battery options supplied by CATL include 6C lithium iron phosphate and ternary lithium variants, paired with an 800V high-voltage architecture that supports fast charging and enhanced energy efficiency. The top speed is rated at 200 km/h.

Advanced Intelligent Cockpit and Display Systems

A key highlight of the Aistaland GT7 is its next-generation intelligent cockpit powered by Huawei technologies. The model features an advanced 88-inch augmented reality head-up display known as XHUD, designed to enhance driver awareness and interaction. Additionally, the HarmonySpace cockpit integrates the Celia intelligent agent, enabling seamless voice control, personalization, and connected vehicle functionalities that align with the growing trend of software-defined vehicle ecosystems.

LiDAR and Autonomous Hardware Integration

The vehicle incorporates high-end sensing technologies to support advanced driver assistance and future autonomous capabilities. The front section is equipped with an 896-line LiDAR system, while the rear integrates a high-precision direct Time-of-Flight solid-state LiDAR. This dual-LiDAR configuration enhances environmental perception, enabling improved object detection, depth mapping, and real-time decision-making accuracy. These systems underline the GT7’s positioning as a technology-focused electric vehicle built for next-generation mobility solutions.

Frequently Asked Questions

What makes the Aistaland GT7 technologically advanced?
The Aistaland GT7 stands out due to its integration of Huawei’s Chitu platform, advanced LiDAR systems, and intelligent cockpit features. It combines high-performance electric powertrain components with next-generation augmented reality displays and AI-driven interaction systems. These technologies enable enhanced driving experience, improved safety, and seamless connectivity, positioning the GT7 as a premium electric vehicle focused on innovation and intelligent mobility.

What battery and performance features does the Aistaland GT7 offer?
The Aistaland GT7 uses CATL-supplied lithium iron phosphate and ternary lithium batteries with a high-performance 800V architecture. It includes a 250 kW motor and supports both rear-wheel and all-wheel drive configurations. With a top speed of 200 km/h and fast-charging capabilities, the vehicle delivers a balanced combination of performance, efficiency, and advanced electric mobility engineering.

Official Disclosures, Public Data & GAI Analysis

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