Xiaomi SU7 next-generation electric sedan launch price features and specs

The Xiaomi SU7 next-generation electric sedan has officially debuted in China, entering the competitive EV segment with aggressive pricing and advanced technology. Positioned to rival Tesla, the new sedan starts at 219,900 yuan ($31,870), making it more affordable than key competitors while offering upgraded performance and features. This launch reflects Xiaomi’s broader ambition to strengthen its presence in the rapidly expanding electric vehicle market.

Pricing Strategy and Market Positioning

The latest SU7 lineup is offered in three variants, with the standard model priced at 219,900 yuan, the Pro version at 249,900 yuan, and the Max variant at 303,900 yuan. The starting price is 10,000 yuan lower than the pre-sale announcement earlier this year, aligning with common pricing strategies in the Chinese EV industry. Despite a modest increase compared to the first-generation model launched two years ago, the new sedan remains significantly more affordable than Tesla Model 3, reinforcing Xiaomi’s value-driven positioning.

Strong Market Response and Initial Orders

The response to the launch has been immediate and substantial. Within just 34 minutes of the official unveiling, Xiaomi confirmed over 15,000 locked-in orders, indicating strong consumer interest. This early momentum highlights the brand’s growing credibility in the automotive sector and reflects confidence in its product upgrades, particularly in intelligent driving and battery performance.

Advanced AI and Autonomous Driving Capabilities

The new SU7 integrates a next-generation assisted driving system powered by the XLA cognitive large language model. This system combines autonomous driving capabilities with embodied robotics intelligence, enabling enhanced decision-making and situational awareness. The integration represents a significant technological milestone, as it merges two previously separate AI domains into a unified platform for improved driving assistance.

High-Performance Hardware Stack

The sedan is equipped with a robust hardware suite, including LiDAR sensors, a 4D millimeter-wave radar, and the Nvidia Thor chip delivering 700 TOPS of computing power. These components are standard across all variants, ensuring consistent performance and safety capabilities throughout the lineup. The vehicle also incorporates an upgraded armored cage body structure with strength reaching up to 2,200 MPa, enhancing passenger protection in collision scenarios.

Battery Technology and Driving Range

The battery system has undergone significant enhancements with the adoption of a silicon carbide high-voltage platform. This allows rapid charging, with the Max version capable of adding up to 670 kilometers of range in just 15 minutes. Different variants offer distinct battery capacities and driving ranges, catering to varied customer needs.

Performance and Powertrain Configuration

The Standard and Pro variants feature single-motor rear-wheel-drive systems, delivering 0–100 km/h acceleration in 5.28 seconds and 5.7 seconds respectively. The Max variant stands out with a dual-motor all-wheel-drive configuration, achieving acceleration from 0 to 100 km/h in just 3.08 seconds. This range of configurations allows Xiaomi to address both efficiency-focused and performance-oriented customers.

Production Transition and Sales Targets

Xiaomi has already completed the transition from the first-generation SU7, ending its production earlier this year after cumulative deliveries exceeded 381,000 units. The transition phase led to a temporary drop in monthly deliveries, declining by 47.66% in February to 20,414 units. However, the company is now preparing for large-scale production and immediate deliveries of the updated model, aiming to meet its ambitious target of 550,000 vehicle sales by 2026.

With the introduction of the upgraded sedan and expansion of its EV portfolio, Xiaomi is positioning itself as a strong contender in the global electric vehicle landscape while leveraging technology integration as a key differentiator.