YELKA Robotic Target System
Robotic Target System
Robotic Target System
The Robotic Mobile Target System, developed to enable military personnel to receive realistic shooting training, is a training solution that can simulate human movements, has ballistic protection, and is integrated with an AI-supported analysis system, unlike traditional fixed targets.
Advanced Technology and Features
Realistic Movement Capability
The target system best simulates dynamic threat environments with high maneuverability reaching up to 45 km/h. By programming different movement scenarios, it can exhibit human-like behaviors such as straight lines, zigzags, sudden stops, and escape maneuvers.
Ballistic Durability and Modular Structure
Its body is reinforced with ballistic armor for repeated use in the training field. Thanks to its structure resistant to 9mm, 5.56, and 7.62 caliber bullets, it is designed for long-term shooting training. Additionally, armor panels can be replaced and customized according to different training scenarios thanks to the modular body system.
AI-Powered Performance Analysis
The system is equipped with AI-based shooting analysis software. It maps personnel shooting and analyzes which points were hit. It identifies strengths and weaknesses, particularly evaluating accuracy, reflex time, and targeting skills. It creates individual training plans and offers customized training recommendations for personnel development.
Compatible with Various Operational Scenarios
The Robotic Mobile Target System is designed to be used in different operational environments such as urban, rural, forested, and open terrain. The target's movement speed, direction, and responses can be customized according to different threat levels and scenarios. Thus, personnel train not only against fixed and easy targets but also against complex and unpredictable threats, becoming ready for real-world conflict environments.
Advanced AI Features
Autonomous Movement System
YELKA can move independently without operator intervention thanks to its autonomous movement system equipped with advanced artificial intelligence algorithms. The system determines the optimal route by analyzing environmental factors, avoids obstacles, and optimizes movement strategy in real-time. In autonomous mode, the target system can move according to pre-programmed scenarios or adapt to dynamically changing threat environments. This makes training processes more efficient and personnel experience closer to real-world scenarios.
AI-Powered Training Planning Module
The system creates personalized training plans by analyzing each personnel's performance data. The AI-powered training planning module designs the optimal training program by evaluating personnel's current skill level, weaknesses, and development potential. The module continuously monitors parameters such as shooting accuracy, reflex time, targeting speed, and tactical decision-making, dynamically updating the training plan. Thus, each personnel receives training with goals appropriate to their level, challenging but achievable, and reaches maximum development potential.
Shooting Map Generation with AI
The system creates detailed shooting maps using artificial intelligence algorithms after each shooting training. These maps visualize personnel's hit distribution on the target, shooting intensity, and accuracy rates. AI analyzes thousands of shooting data to identify person-specific shooting patterns, identifies weak areas, and offers improvement suggestions. The shooting map is updated in real-time and used to track personnel development. Thanks to this data-driven approach, instructors and personnel can objectively evaluate performance and make targeted improvements.
Integrated AI Analysis System
Autonomous movement, training planning, and shooting map generation features work through a single integrated artificial intelligence platform. This platform combines all data to perform comprehensive performance analyses and optimizes personnel development processes. The system continuously improves itself using machine learning algorithms and provides more accurate predictions. Training data is stored for long-term trend analyses and used to track personnel development throughout their careers. This integrated approach increases the efficiency of training processes and raises operational success rates.
Training and Operational Advantages
Realistic Threat Simulation
Compared to fixed targets, it provides more effective training by exhibiting human-like movements.
Multi-User and Scenario Support
Can be programmed in different modes for individual and team training.
Field Durability and Long-Lasting Use
Can be used in long-term training thanks to durable body and ballistic protection.
Remotely Controllable
Can be controlled wirelessly or with pre-programmed routes and can move autonomously.
Compliant with Modern Military Training Standards
This system offers an effective, sustainable, and advanced shooting training solution compliant with modern military training standards. With the Robotic Mobile Target System, personnel become ready for real-world conflict environments and increase operational success rates. This system, which can work effectively even in challenging terrain conditions, provides reliable performance in all types of operational environments.
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