HS Air Force fpv drones

2.0 AI Module Function

• Extended Detection Range with Precision Tracking

  The AI Cobra-MAX module features advanced AI recognition algorithms, enabling automatic detection and precise tracking of targets from distances of up to 1KM, ensuring high efficiency in complex environments.

• Picture-in-Picture (PiP) for Enhanced Target Differentiation

  The built-in Picture-in-Picture (PiP) mode, combined with digital zoom, allows operators to simultaneously monitor both the overall scene and specific target details, enhancing recognition accuracy and reducing identification errors.

• Multi-Target Recognition for Fast Identification

  Capable of recognizing multiple targets within a 1KM range, including humans and vehicles, the module enhances operational efficiency by providing accurate data for improved situational awareness and decision-making.

• Single and Dual-Lens Support for All-Weather Observation

  The AI Cobra-MAX supports both single and dual-lens configurations (visible light + thermal imaging), ensuring clear visuals in diverse lighting and weather conditions, making it a reliable choice for round-the-clock operations.

• Continuous Tracking of Moving Targets With adaptive and memory tracking

  Tcapabilities, the AI Cobra-MAX ensures reliable tracking of moving targets, maintaining focus even when the target moves rapidly or is temporarily obscured, minimizing the risk of loss.he AI Cobra-MAX module features advanced AI recognition algorithms, enabling automatic detection and precise tracking of targets from distances of up to 1KM, ensuring high efficiency in complex environments.

• Lightweight Design for Quick and Easy Installation

  Weighing only 14 grams, the AI Cobra-MAX is designed for seamless integration with popular open-source flight control systems such as Betaflight, allowing for plug-and-play installation, significantly reducing deployment time and complexity.

• Ultra-Low Latency for Real-Time Operation Equipped with analog video transmission,

  Equipped with analog video transmission, the system offers an ultra-low total link latency of <60ms, providing near-instantaneous video feedback to operators, enabling swift and accurate maneuvering in dynamic scenarios.
• 

Comprehensive Comparison of Solutions