Our multi-sensor electro-optical tracking system is engineered to deliver reliable short-range UAV surveillance across complex environments.The DD-E2 multi-sensor electro-optical tracking system is a compact, high-precision EO/IR surveillance gimbal engineered for short-range UAV monitoring, perimeter protection, and 24/7 intelligent situational awareness. Combining an HD day/night visible-light sensor with a long-wave infrared thermal camera, this stabilized dual-sensor camera system delivers clear imagery across fog, smoke, low-light, and complex weather conditions. Its multi-spectrum photoelectric design ensures reliable target visibility in mission-critical environments where conventional cameras fail.
Equipped with an automatic target detection and tracking turret, the DD-E2 features AI-powered object recognition, autonomous UAV tracking, human/vehicle/drone classification, and real-time tracking prediction. The system supports auto-slew-to-cue integration, allowing radar or RF sensors to instantly hand off targets for visual confirmation. This enables a full radar–EO fusion tracking workflow commonly used in advanced counter-UAS (C-UAS) architectures.
Powered by a high-torque direct-drive servo gimbal, the DD-E2 provides 360° continuous pan rotation, high-speed response, anti-jitter image stabilization, and 0.02° precision positioning. The gyro-stabilized optical payload ensures smooth, blur-free imaging even during rapid motion, making the system ideal for short-range UAV detection and monitoring payload applications in airspace security operations.
The DD-E2 also incorporates a long-wave infrared detection module, wide dynamic range processing, low-light enhancement, intelligent noise reduction, and digital real-time video intelligence. These capabilities allow operators to maintain visibility in backlit environments, urban clutter, and low-altitude airspace—a critical requirement for perimeter surveillance gimbals, airport security systems, border monitoring platforms, and prison low-altitude protection environments.
With its rugged IP67-rated housing, wide-temperature endurance, and corrosion-resistant construction, the DD-E2 is built for harsh outdoor deployments. It integrates seamlessly with fixed-site airspace defense networks, operating as a C-UAS electro-optical engagement node that provides visual tracking, threat confirmation, and precision cueing for drone mitigation systems.
Designed for flexibility and reliability, the DD-E2 offers a powerful combination of multi-sensor electro-optical tracking, stabilized dual-channel imaging, and autonomous UAV surveillance, making it an essential component in modern multi-layered airspace and perimeter defense solutions.
DD-E2 Multi-Sensor EO/IR Surveillance
The DD-E2 is a compact electro-optical observation module engineered for precision day–night monitoring and close-range aerial threat awareness. Featuring an advanced imaging fusion core, stabilized micro-gimbal architecture, and adaptive scene-analysis engine, it delivers reliable micro-UAS spotting, localized perimeter intelligence, and rapid optical cueing for security operations requiring lightweight ISR performance and continuous low-altitude surveillance.
Key Features of the DD-E2 EO/IR Tracking System
The DD-E2’s architecture strengthens the performance expected from a multi-sensor electro-optical tracking system, enhancing visibility under fog, low light, and high-contrast scenes.
Compact ISR-Ready Electro-Optical Module
A lightweight, integrated ISR sensor head designed for persistent low-altitude monitoring and rapid visual threat assessment.
Dual-Channel Imaging Fusion
Combines synchronized visible and infrared streams through an imaging fusion processor for enhanced clarity in complex lighting environments.
Micro-Gimbal Stabilization Architecture
Incorporates a precision micro-gimbal mechanism with vibration isolation for smooth tracking during fast directional changes.
Intelligent Scene Analysis Engine
Automatically adapts to environmental changes using adaptive scene segmentation and dynamic contrast enhancement.
Close-Range Micro-UAS Detection Capability
Provides fast optical cueing to external sensors, enabling coordinated security workflows when paired with radar or RF detection systems.
High-Fidelity Optical Cueing
Provides fast optical cueing to external sensors, enabling coordinated security workflows when paired with radar or RF detection systems.
Weather-Adaptive Monitoring Performance
Delivers dependable operation in fog, haze, backlight, and night-time conditions using multi-condition visual compensation.
Secure Field Deployment Design
Features sealed connectors, reinforced housing, and extended environmental resilience for stable operation in mission-critical outdoor installations.
Technical Advantages
Precision Optical Stabilization Core
High-torque micro-actuators and inertial feedback loops ensure stable line-of-sight control during rapid pan/tilt maneuvers.
Enhanced Multi-Condition Visual Processing
Utilizes spectral equalization, edge-weighted sharpening, and real-time visual coherence mapping for clarity in fog, haze, and low illumination.
High-Resolution Sensor Synchronization
Dual-frame alignment and latency-matched pipelines maintain synchronization between visible and infrared channels.
Low-Noise Imaging Electronics
Minimizes sensor noise with advanced thermal balancing, shielding, and low-latency digital readout circuits.
Operational Benefits
The DD-E2 enhances situational awareness using an advanced electro-optical observation engine, combining multi-band imaging, adaptive visual consistency processing, and stabilized optical telemetry to deliver crisp, actionable video in diverse surveillance environments. Its compact ISR payload architecture features streamlined sensor orchestration, automated detection pipelines, and intelligent view-state correction—enabling operators to maintain reliable oversight across low-altitude approaches, facility perimeters, and tactical surveillance zones.