MSpace
Focusing on "space version + scenario-based customization + intelligent IoT device support", seamlessly connecting the intelligent manufacturing process, allowing customers to freely configure their own business service space within a clear price range, and achieving better TCO.
MLink
Integrate vehicle edge computing gateway and MCIoud cloud-based IoT platform capabilities, providing nearby device networking management and control services, achieving smart connection and efficient management of scenario-based vehicle IoT devices.
MCIoud
Integrate space customization, intelligent manufacturing, digital marketing, smart vehicle networking, and other functions, providing a full lifecycle end-to-end digital solution for intelligent commercial vehicles, empowering enterprises for efficient operation and business innovation.
MLounge
- Adopt a leading generation of commercial vehicle by-wire chassis and EEA architecture, bringing a safer and more comfortable ultra-luxury experience.
- Support L2 assisted driving and L4 autonomous driving, digital intelligent cabin.
- Support various scenarios such as office, rest, leisure, and entertainment.
Miraco L60 Electric Bus Version
20% Lower Energy Consumption
17 kWh per 100 km, integrated heat
pump thermal management
Safe Driving Control
Sedan-level braking stability (ESC)
Comfortable and Smooth
Good vibration reduction,
low noise, ultra quiet
Full Flat Floor
Fully through-connected
low floor at the rear
Compact and Agile
"Slimmed down",
high cabin efficiency
OTA
Ride-hailing, micro-circulation,
comfort-oriented new bus
Miraco L60 Autonomous Driving Full Redundant
Same Price as normal
Steer-by-wire equality
Driving Control Safety
High precision, fast response
15+1 Seats
Large flat floor, low floor
Human-Vehicle Interaction
Dynamic response
Open Intelligent Driving
Standardized steer-by-wire Interface
Comfortable and Smooth
Good vibration reduction, Iow noise, ultra quiet
RoboVan X60@2026 Q1
Front-wheel/rear-wheel drive compatible, maximum payload 2 t+
Maximum 16.9 m3, 25% improvement in cabin utilization
Developed based on european standards, functional safety, collision safety
800 V high-voltage platform, 22 kW AC charging, 20-80% charging time 18 minutes
GoMate
The Third Generation of Embodied Intelligent Humanoid Robots
As a full-size wheeled humanoid robot, CoMate innovatively adopts a variable wheeled mobile structure, integrating the four-wheeled and two-wheeled modes, demonstrating precise motion control, accurate navigation and positioning, and flexible and autonomous decision making capabilities, and showing strong anti-interference, stability and reliability.
High Degree of Freedom
The whole body has 38 degrees of freedom and innovatively adopts the industry's first variable wheel-foot mobile structure, cleverly combining the four-wheel foot and two-wheel foot modes.
Core Components Are Completely Self-developed
As CACs third-generation embodied intelligent humanoid robot, GOMate has achieved complete self-development Of core components such as dexterous hands, drivers, and motors in terms of hardware, truly achieving independent innovation.
Dexterous Hands
The rigid-flexible dexterous hand, innovatively designed based on ergonomics, takes into account both the load capacity of the dexterous hand and safety requirements such as collision in actual applications; the miniature Iow-voltage servo drive is less than 30 mm in height and close to the size of a coin, but has a driving capacity of up to 20 A, and is equipped with a variety of interfaces such as EtherCAT and CAN; the axial flux motor has a maximum output torque of 1000 N•m, a torque density of up to 200 N•m/kg, and an overload multiple of more than 5 times.
System Platform Architecture
Relying on innovative technologies, GAC Croup has successfully built a system platform architecture that meets users' dual demands for high performance and low cost, making it more competitive in the market.
Remote Control and Data Transmission Technology
In terms of software, CoMate is based on the country's leading remote control and data transmission technology. The robot can reproduce on-site perception in real time and accurately capture changes in the surrounding environment. Equipped with a self-developed full-body control algorithm, the robot can achieve precise control of 38 degrees of freedom of the whole body. Multimodal AI perception technology enables it to have intelligent functions such as autonomous movement, terminal autonomous tracking, and language command recognition.
The seamless switching between remote control and AI autonomous control meets the user's needs for different daily scenarios and greatly improves the user experience. The open source large model is tuned and trained for specific application scenarios. Through the input of massive data and the optimization of deep learning, CoMate performs well in recognition, understanding, decision-making etc, making it more like a human from the inside out.
