AUTONOMOUS NAVIGATION
Independently navigates and moves through its environment without human intervention
The control model incorporates path planning, perception systems, obstacle avoidance (Colreg/ROR), decision-making, berthing, station-keeping, force protection, and homing capabilities.
MULTI-SENSOR FUSION
Combines data from multiple sensors to produce a comprehensive and accurate representation of the system.
Improved Accuracy: Combining data from multiple sensors helps reduce errors and uncertainties, leading to more accurate measurements and predictions.
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Robustness: In case of sensor failure or due to unreliable data, the system maps data from other sensors to maintain functionality.
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Enhanced Situational Awareness: provides a more complete view of the environment, improving situational awareness for users and autonomous systems.
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Adaptability: The system can dynamically adjust to changes in the environment or sensor availability, maintaining performance under varying conditions.
ADVANCED SEEKER
Advanced guidance system which enhances target detection, tracking and engagement
The Meglan-A5 Seeker can independently make decisions on when and how to engage a target based on real-time information and mission parameters.
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The world’s first seeker with a logical abort function, it utilizes an adaptive algorithm that assesses threat levels, evaluates engagement options, and autonomously executes optimal responses without human intervention.
