Radiolocation Devices for Detection and Tracking Small High-Speed Ballistic Objects-Features, Applications, and...

Area of Science:

• Radar technology and aerospace engineering.
• Ballistic object detection and tracking.

Background:

• Traditional radar systems face challenges in detecting and tracking small, high-speed ballistic objects.
• The need for multifunctional radars capable of handling diverse air traffic scenarios is increasing.

Purpose of the Study:

• To describe advanced radiolocation devices and multifunctional radars for detecting and tracking small, high-speed ballistic objects.
• To present the application of space search technology and adaptive algorithms in parallel with classic air traffic control.

Main Methods:

• Implementation of space search technology and adaptive algorithms for air object detection and tracking.
• Parallel operation of advanced and classic search and tracking functions within multifunctional radars.

Main Results:

• Demonstration of radiolocation devices capable of detecting and tracking small, high-speed ballistic objects.
• Presentation of examples of foreign and Polish-produced multifunctional radar systems.
• Inclusion of methods for testing radars and observation results of combat ammunition.

Conclusions:

• Advanced radiolocation and multifunctional radars offer enhanced capabilities for tracking high-speed ballistic objects.
• The integration of space search technology and adaptive algorithms improves detection and tracking performance.
• Testing methodologies and real-world observations validate the effectiveness of these radar systems.