English
The R2D44I6Z Tri-Mode Optical Node is a high-precision core visual verification module for passive counter-UAS and situational awareness systems. Equipped with edge AI autonomous analysis technology and integrated panoramic visible light, zoom telephoto and infrared thermal triple imaging channels, it perfectly coordinates with professional acoustic detection devices. It realizes accurate target locking, visual confirmation and threat identification based on acoustic azimuth cues, effectively solving the false alarm problem of single acoustic detection and achieving all-condition, high-precision aerial target verification.
Integrates panoramic visible light, zoom telephoto and IR thermal imaging three channels to adapt to all-day and complex weather detection scenarios.
Automatically receives acoustic node azimuth cues, realizes intelligent scanning, locking and secondary confirmation of targets, greatly reducing system false alarm rate.
Identifies drone models and operational status by analyzing unique acoustic fingerprints.
Matches high-field-of-view fusion imaging to realize large-range airspace monitoring without dead angles.
The infrared channel works stably in zero illumination, fog, haze and smoke environments, breaking through light and environmental limitations.
Complies with MIL-STD-810G military standard and IP65 protection grade, adaptable to extreme temperature and complex field environments.
Optimized for multi-sensor fusion, stably outputs target visual data and precise coordinates, supporting seamless docking with C2 command systems.
Parameter | Details |
Visible* Resolution | 7680*2160 |
Visible* Fusion FOV | 130°*42° |
IR Resolution | 2560*512 |
IR Fusion FOV | 125°*26° |
Visible** Resolution | 1920*1080 |
Visible** FOV | 3.2°~58.3° |
Detection Range Class 2 | 800m*/250mIR/2000m** |
Detection Range Class 3 | 1400m*/400mIR/4000m** |
Dimensions | 305mm×180mm×220mm |
Weight | 3.4kg |
What is the core function of the R2D44I6Z optical node?
It serves as the visual verification core of the fusion detection system. It receives target azimuth prompts from the acoustic node, conducts AI autonomous scanning and triple-channel imaging verification, eliminates false alarms of single acoustic detection, and outputs accurate target visual information and coordinate data.
Can R2D44I6Z work normally at night and in harsh weather?
Yes. Equipped with high-performance infrared thermal imaging channel, it supports zero-light night detection, and maintains stable imaging performance in fog, haze, rain and dust environments, realizing 24/7 all-weather target verification.
What target detection capabilities does R2D44I6Z have?
It accurately identifies and verifies Class 2/Class 3 civilian and industrial drones, and matches the system to complete the visual confirmation of loitering munitions, helicopters and other low-altitude targets. The maximum zoom detection distance for Class 3 drones reaches 4000 meters.
What are the advantages of the tri-mode optical design?
The panoramic camera realizes wide-area airspace monitoring, the zoom telecamera achieves long-distance precise target identification, and the infrared channel covers zero-light and bad weather scenarios. The three modes complement each other to achieve full-scene and high-precision target verification without blind spots.
Can the R2D44I6Z node independently connect to command systems?
It supports synchronous data output with the system, matches open APIs and TCP/IP communication protocol, can seamlessly connect to C2 command platforms, and provides real-time visual target data for situational awareness and threat disposal.
As the visual precision verification core of passive fusion low-altitude defense systems, the R2D44I6Z tri-mode optical node is widely used in tactical military defense, border patrol, maritime security and critical infrastructure protection scenarios, cooperating with acoustic detection equipment to build a closed-loop passive detection and verification system.
Adapt to frontline field deployment, realize visual confirmation of low-altitude threats such as FPV drones and loitering munitions, avoid false early warnings, and support continuous and stable perimeter airspace surveillance of forward positions.
Penetrate sea fog and terrain obstructions, conduct long-distance visual identification of cross-border and maritime low-altitude targets, make up for the visual blind spots of single acoustic detection, and support rapid response to sudden security incidents.
Realize 24-hour silent visual monitoring of key facilities such as airports and power stations, complete secondary verification of drone intrusion threats, improve the accuracy of early warning information, and ensure the safety of low-altitude airspace of core facilities.
Adapt to temporary security and large-scale event airspace supervision, efficiently verify low-altitude suspicious targets, reduce false alarm interference, and provide accurate visual basis for emergency command and threat disposal.
