Qianyu Navigation Gyroscope
Multi-Source Fusion Navigation Module
The Multi-Source Fusion Navigation Module is a core autonomous positioning and navigation solution developed by YUNLY Intelligent for outdoor unmanned vehicles. The module centers on an INS inertial navigation system consisting of a fiber optic gyroscope and odometer, integrating multi-sensor navigation technologies like SLAM point cloud matching or RTK satellite positioning. It achieves large-scale environmental mapping covering indoor and outdoor areas, real-time high-precision positioning, safe autonomous navigation, and intelligent obstacle avoidance. Functionally, beyond positioning and navigation, it integrates low-level motion control interfaces and sensor signal acquisition needed for outdoor unmanned vehicles. YUNLY Intelligent opens secondary development interfaces for users, supporting rapid adaptation to their specific application scenarios, shortening development cycles, and enabling the creation of differentiated user-grade products.
Inertial Measurement Unit (IMU) Series
ACRIMU6
Typical Applications:
Applied in fields such as guided bombs and unmanned aerial vehicles.
Typical Applications:
Applied in fields such as guided bombs and unmanned aerial vehicles.
Inertial Measurement Unit (IMU) Series
ACRIMU6
Typical Applications:
Applied in in fields such as missile-borne and commercial aerospace.
Typical Applications:
Applied in in fields such as missile-borne and commercial aerospace.
G-Series Inertial Integrated Navigation System
ACRG2A
Typical Applications:
Applied in positioning and attitude determination applications for smart munitions, medium-to-large unmanned aerial vehicles, intelligent unmanned ground vehicles, unmanned surface vessels, and underwater vehicles.
Typical Applications:
Applied in positioning and attitude determination applications for smart munitions, medium-to-large unmanned aerial vehicles, intelligent unmanned ground vehicles, unmanned surface vessels, and underwater vehicles.
G-Series Inertial Integrated Navigation System
ACRG2B
Typical Applications:
Applied in positioning and attitude determination for smart munitions, targets, medium-tolarge unmanned aerial vehicles, intelligent unmanned ground vehicles, unmanned surface vessels, and underwater vehicles.
Typical Applications:
Applied in positioning and attitude determination for smart munitions, targets, medium-tolarge unmanned aerial vehicles, intelligent unmanned ground vehicles, unmanned surface vessels, and underwater vehicles.
G-Series Inertial Integrated Navigation System
ACRG4
Typical Applications:
Applied in the positioning and attitude determination of medium-to-large unmanned aerial vehicles, intelligent unmanned vehicles, unmanned surface vessels, and underwater vehicles.
Typical Applications:
Applied in the positioning and attitude determination of medium-to-large unmanned aerial vehicles, intelligent unmanned vehicles, unmanned surface vessels, and underwater vehicles.
G-Series Inertial Integrated Navigation System
ACRG2A
Typical Applications:
Applied in the positioning and attitude determination of medium-to-large unmanned aerial vehicles, intelligent unmanned vehicles, unmanned surface vessels, and underwater vehicles.
Typical Applications:
Applied in the positioning and attitude determination of medium-to-large unmanned aerial vehicles, intelligent unmanned vehicles, unmanned surface vessels, and underwater vehicles.
G-Series Inertial Integrated Navigation System
ACRG8
Typical Applications:
Applied in navigation and positioning of medium and large unmanned aerial vehicles, ships, and underwater vehicles.
Typical Applications:
Applied in navigation and positioning of medium and large unmanned aerial vehicles, ships, and underwater vehicles.
Fiber Optic Gyroscope (FOG) Series
ACRFOG120
Typical Applications:
Applied in precision navigation, north-finding, attitude measurement, and control using inertial measurement units, inertial navigation systems, seekers, and related technologies.
Typical Applications:
Applied in precision navigation, north-finding, attitude measurement, and control using inertial measurement units, inertial navigation systems, seekers, and related technologies.
ACRFOG060
Typical Applications:
Applied in precision guidance and motion control systems, including small inertial measurement units, inertial navigation systems, servo tracking mechanisms, and seekers.
Typical Applications:
Applied in precision guidance and motion control systems, including small inertial measurement units, inertial navigation systems, servo tracking mechanisms, and seekers.
ACR3FOG080
Typical Applications:
Applied in real-time attitude control for applications such as aviation, aerospace, marine, and other fields, utilizing small inertial measurement units, inertial navigation systems, and guidance systems.
Typical Applications:
Applied in real-time attitude control for applications such as aviation, aerospace, marine, and other fields, utilizing small inertial measurement units, inertial navigation systems, and guidance systems.
Inertial Measurement Unit (IMU) Series
ACRIMU2
Typical Applications:
Applied in fields such as missile- borne systems, unmanned aerial vehicles, surveying and mapping, autonomous driving, and unmanned underwater vehicles.
Typical Applications:
Applied in fields such as missile- borne systems, unmanned aerial vehicles, surveying and mapping, autonomous driving, and unmanned underwater vehicles.