Vehicle Controller
MVC100
MCV100 autonomous unmanned system is a completely self-developed, fully functional, stable performance autonomous mobile robot and the core vehicle control system for industrial vehicles. The hardware connection adopts Ethernet and CAN bus system, and all electronic components are controlled by the bus system, which can be infinitely expanded, easy to configure, simple wiring and high reliability. The software system adopts advanced artificial intelligence algorithms to realize autonomous decision-making of mobile robots, high-precision positioning and attitude estimation, efficient path planning and re-planning, precise motion control and action execution, and high-reliability safety response. The MCV100 controller supports natural navigation, laser, QR code, inertial, track and hybrid navigation technologies, and is compatible with a variety of vehicles, including vehicles with differential drive, steering wheel drive, four-wheel drive, omnidirectional and other movement modes.
Features
- Highly integrated, including controllers, drives, encoders, I/O, navigation and safety sensors, etc.
- Suitable for various navigation methods:
- SLAM
- Laser navigation
- Magnetic nail/tape navigation
- Visual navigation
- QR code navigation
- Inertial navigation
… - Suitable for various sports gear train structures: one-way movement, two-way movement, and omni-directional movement, three-wheel structure, four-wheel structure and six-wheel structure
- Support mainstream motors of major brands
- Realize various operation methods: jacking, carrying, shifting, (diving in) traction, stacking, etc.
- Perfect upward compatibility with SwarmLite, SwarmPro intelligent scheduling system
Advantage
- Support all common navigation technologies-including SLAM, laser navigation, magnetic navigation, ribbon navigation, etc.
- Applicable to all AGVs and industrial unmanned vehicles, no matter the size or load, simple or complex.
- Perfect access to Myten smart coordination system
- Complete technical support and supporting design