HIMA’s 2026 Stelato S9 Sedan Integrates Huawei ADS 4 for Advanced Factory Automation Mobility
The 2026 Stelato S9 sedan, developed under Huawei’s Harmony Intelligent Mobility Alliance (HIMA), introduces a new benchmark in intelligent electric vehicle design. With enhanced driving assistance and refined aesthetics, it reflects the growing convergence between automotive innovation and industrial automation technologies.
Intelligent Driving Systems Meet Industrial Automation Standards
Huawei’s Qiankun ADS 4 system powers the S9’s autonomous capabilities. It integrates four LiDAR units, a 4D millimeter-wave radar matrix, and 36 precision sensors. These components mirror the sensor architecture found in advanced PLC-based control systems, enabling real-time environmental mapping and decision-making. Therefore, the S9’s driving logic resembles distributed control systems (DCS) used in factory automation.
Exterior Design Reflects Precision Engineering
The S9 retains its aerodynamic silhouette but introduces new visual elements. The “Universe Star” emblem and “Brilliant Star River” headlights enhance brand identity. Moreover, the “Nebula Through-type” taillights and repositioned logo reflect a design philosophy aligned with modular control panel layouts in industrial environments. These updates improve visibility and recognition, much like optimized HMI interfaces in automation systems.
Powertrain Options Support Diverse Operational Scenarios
The S9 offers two propulsion systems: pure electric and extended-range electric. The pure EV variant uses an 800V high-voltage platform and a TZ210XYA03 motor delivering 304 hp. It achieves over 800 km range, suitable for long-distance logistics or inter-factory transport. In addition, the extended-range model features Huawei’s “Xuexiao” system, reaching 1300 km CLTC range. This flexibility mirrors the redundancy strategies in industrial automation for uninterrupted operations.
Dimensions and Form Factor Enable Scalable Deployment
With a length of 5160mm, width of 2005mm, and height of 1492mm, the S9 offers a spacious cabin and stable footprint. Its 3050mm wheelbase ensures smooth handling, which is critical for autonomous navigation in controlled environments. These dimensions support potential adaptation for automated guided vehicles (AGVs) in smart factories.
Integration Potential with Factory Control Systems
The S9’s sensor suite and intelligent platform suggest future compatibility with industrial IoT networks. By leveraging Huawei’s HarmonyOS, the vehicle could interface with SCADA systems, enabling remote diagnostics, predictive maintenance, and fleet coordination. As a result, the S9 may evolve into a mobile node within a broader factory automation ecosystem.
Expert Commentary: Bridging Automotive and Automation Domains
The S9’s architecture reflects a shift toward cross-domain engineering. Automotive platforms now adopt principles from industrial automation—modularity, redundancy, and real-time control. This trend supports the development of smart mobility solutions that integrate seamlessly with factory control systems. Manufacturers should explore how such vehicles can enhance internal logistics, reduce downtime, and support energy optimization.
Application Scenario: Smart Logistics in Industrial Parks
In a smart manufacturing park, the Stelato S9 could serve as a mobile inspection unit. Its autonomous capabilities and long-range powertrain make it ideal for patrolling large facilities, transporting personnel, or delivering components. Integration with the site’s PLC and DCS infrastructure would allow centralized scheduling and route optimization.