Industrial Design
Structural Engineering
Intelligent Hardware
Software Development
Industrial design integrates exterior aesthetics, ergonomics, and CMF to create products that are visually refined and comfortable for daily use.
Design decisions are guided by real user interaction and operating environments, rather than appearance alone.
Structural engineering focuses on stability, manufacturability, and long-term durability across different usage scenarios.
Each structure is developed to balance safety, production efficiency, and cost control for scalable manufacturing.
Intelligent hardware systems integrate motors, batteries, sensors, and control units into a stable and responsive platform.
The overall hardware architecture supports safe operation today while remaining expandable for future smart features.
Software systems connect embedded control, IoT platforms, and intelligent algorithms into a unified operating layer.
This foundation enables smarter control, remote management, and continuous optimization throughout the product lifecycle.
Products are developed with reference to applicable quality standards and regulatory requirements in different markets.
Relevant certifications and intellectual property reflect a continued focus on compliant design, product safety, and responsible technology development.
An integrated industrial park combining engineering development, testing environments, and manufacturing resources.
It supports system-level validation and coordinated production across different stages of product development.
This base focuses on structured assembly processes, production execution, and quality inspection.
It ensures consistent manufacturing output and controlled quality standards for commercial deployment.
A dedicated production facility designed for scalable manufacturing and stable capacity planning.
It supports repeatable quality, reliable delivery, and long-term operational stability.
These are not standalone features.
They are engineered as one integrated system — structure, electronics, software, and connectivity working together.
All capabilities are validated at system level.
Battery structure designed to manage internal pressure and thermal risks. Combines mechanical safeguards with active system monitoring. Safety behavior is controlled at the system level. Ensures reliable operation under demanding conditions.
Explosion-Proof Battery Safety Valve
01
Multi-roller wheel design with coordinated drive control. Enables precise omni-directional movement and stable load distribution. Designed for smooth, controlled motion in complex environments. Integrates structural and mechanical design seamlessly.
Omni-Directional Wheel System
02
Integrated system providing internet connectivity, secure data transmission, and real-time communication.
Supports SOS alerts, automatic routing to emergency services, and online software updates.
Operates reliably on a nationwide network of 11+ million users with 98%+ connection uptime.
Internet Communication and OTA Services
03
Armrest mechanism developed through human-factor modeling and structural analysis.
Rotation and height positioning are mechanically linked to control interface alignment.
Integrated into the overall control system to optimize posture and operational stability.
Ergonomic Armrest Engineering
04
Torque control and chassis balance modeling work together.
Stable operation on slopes up to 15° and obstacles up to 6 cm.
Performance validated through dynamic testing.
Dynamic Deceleration and Terrain Adaptation
05
Multi-sensor system continuously monitors surroundings and motion status.
Data is processed in real time by the control unit for safety assessment.
Enables automatic obstacle avoidance through coordinated drive and braking response.
Intelligent Obstacle Detection and Avoidance
06
Chassis-level control strategy integrated with a German EPB system. Executes braking and stabilization during abnormal posture or low-speed instability. Acts as the execution layer for anti-tilt and anti-roll safety. Ensures smooth and controlled vehicle response.
Chassis Stability Control with EPB
07
Software-driven control system enabling remote operation via mobile devices.
Supports automatic following mode and assisted parking maneuvers.
Integrated perception and control logic coordinate safe, precise movement.
Autonomous Driving and Smart Connectivity
08