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Multi-source heterogeneous navigation module (suitable for unmanned vehicles and unmanned aerial vehicles)
It is a system component that integrates global satellite positioning, inertial navigation, visual sensors and other data, and realizes accurate navigation through algorithm fusion. It can be used for vehicle autonomous driving, unmanned vehicles, and drone navigation.
- Overview
- Related Products
Key features:
With real-time positioning function, using 16 and 32-line 3D laser SLAM technology, the system can provide real-time positioning in an unknown environment when it is started, without the need to pre-detect the map.
It can realize plug and play, can support 48V and 24V systems, and integrates ultrasonic, infrared ranging, switching input and output and other sensor interfaces to achieve plug and play, open control protocol, and can be easily connected to other control modules.
With the function of map construction, using high-precision SLAM algorithm, the system can provide real-time positioning in unknown environments when it is started, and automatically build an environment map with a resolution of up to 2cm.
Built-in inertial navigation function, integrated 9 degrees of freedom inertial navigation system (acceleration, gyroscope, geomagnetic), and each machine will be strictly calibrated before leaving the factory, and users do not need to be equipped with such sensors, reducing costs and development.
It has ultra-high navigation accuracy, navigation and positioning accuracy ≤ 2cm, and there is no error accumulation.
Applications:
The unmanned reconnaissance vehicle equipped with a multi-source heterogeneous navigation module has more accurate navigation, can adapt to complex terrain, integrate global satellite positioning, inertial navigation, visual sensors and other data, and has stronger anti-interference capabilities.
The unmanned inspection vehicle equipped with a multi-source heterogeneous navigation module has more accurate navigation, can adapt to complex terrain, integrate global satellite positioning, inertial navigation, visual sensors and other data, and has stronger anti-interference ability.
The unmanned reconnaissance vehicle equipped with a multi-source heterogeneous navigation module has more accurate navigation, can adapt to complex terrain, integrate global satellite positioning, inertial navigation, visual sensors and other data, and has stronger anti-interference ability.
The unmanned transport vehicle equipped with a multi-source heterogeneous navigation module has more accurate navigation, can adapt to complex terrain, integrate global satellite positioning, inertial navigation, visual sensors and other data, and has stronger anti-interference ability.
