Precision Guidance Kit: Leading the New Revolution in Artillery

In today's warfare arena, precise targeting has become the decisive factor in victory. The Precision Guidance Kit, with its unique two-dimensional correction scheme, is spearheading a revolutionary advancement in artillery strike capability.

This precision guidance kit employs cutting-edge fixed-wing canard two-dimensional correction technology. Its core components include satellite positioning modules, roll measurement modules, projectile-mounted controllers, magnetic torque motors and their control modules, information reception modules, and power management modules. The precise coordination and collaboration of these components allow projectiles to make real-time trajectory corrections during flight, ensuring accurate target hits.

So, how does this guidance kit achieve its outstanding performance? First, upon completion of installation onto the projectile, once it is fired, the satellite positioning receiver quickly activates. It accurately receives satellite positioning signals and outputs key trajectory information such as the projectile's position and velocity in real-time, laying the foundation for subsequent guidance processes.

Subsequently, the projectile-mounted controller efficiently processes the received trajectory information to generate real-time trajectory data for the projectile. Meanwhile, the roll measurement module, combined with the projectile's flight speed information, accurately calculates the wing's roll attitude. This data is crucial for formulating subsequent guidance strategies.

Upon obtaining projectile trajectory and target location information, the projectile-mounted controller swiftly formulates guidance strategies and generates corresponding guidance commands. These commands, combined with measured wing roll attitude information, form precise control instructions. Guided by these accurate instructions, the wing begins adjusting its roll attitude, thereby achieving precise trajectory corrections for the projectile's flight.

This correction process is not a one-time event but rather a continuous loop of precise control. Adjustments to the wing's attitude are immediately reflected in attitude measurement signals, which are then fed back into the projectile-mounted controller, forming a loop for adjusting the wing's attitude. As the wing's attitude continues to adjust, changes in the projectile's flight trajectory are further reflected in the ballistic measurement results. These results are continuously input into the projectile-mounted controller, forming a ballistic correction loop to ensure the projectile flies accurately towards its intended target.

The advent of this Fixed-Wing Canard Precision Guidance Kit undeniably brings a more precise and efficient means of striking in modern warfare. In complex battlefield environments, it assists combat personnel in achieving more precise targeting and strikes, effectively reducing collateral damage and enhancing operational flexibility and safety.