MYK – 2A/3LG/EO-1920×1080/IR-640×512/LRF/M-Ta-Tr/WWS-450

Product Overview

The MYK – 2A/3LG/EO-1920×1080/IR-640×512/LRF/M-Ta-Tr/WWS-450 is a two-axis, gyro-stabilized three-light pod that fuses a 10× continuous optical-zoom visible camera, a fixed-focus LWIR module, and an eye-safe laser range finder in a single, integrated payload. Purpose-built for cruise applications up to 450 km/h, it is ready for airborne, maritime, and ground surveillance tasks where rock-solid stabilization and multi-sensor awareness are mandatory.

Beyond the hardware, the platform layers in intelligent control and analytics: fused deep-learning algorithms deliver drift-resistant target tracking, onboard AI recognises 600+ object classes, and web-based firmware upgrades keep capabilities evolving without removing the system from service. The result is a modular surveillance solution that scales from manual joystick control to autonomous mission workflows while maintaining precise geo-location accuracy.

Key Features

• Combined visible-light and LWIR channels with synchronized capture and recording.
• High-precision dual-axis stabilization isolates carrier yaw and pitch motion.
• Multiple operating modes including velocity/angle following, geo-tracking, scanning, and reset.
• On-screen overlays, picture-in-picture display, and laser-assisted target localisation.
• Sub-pixel electronic image stabilization with drift- and occlusion-resistant tracking.
• Automatic detection and recognition for person, vehicle, vessel, and aircraft target classes with adhesive lock-on.
• Multi-target tracking with keyboard or voice-based numbering and lock control.
• Link-latency compensation for accurate engagement of moving targets.
• Real-time health monitoring plus web-based remote firmware and feature upgrades.
• Expandable intelligent control module supporting 600+ generic target types and autonomous task workflows.

Technical Specifications

Visible-Light Camera (EO)

Parameter	Specification
Resolution	1920×1080 pixels (Full HD)
Spectral Band	0.4–0.9µm
Focal Length	4.7mm–47mm
Optical Zoom	10× Continuous
Horizontal FOV	58.1° to 7.1°

Long-Wave Uncooled Infrared (IR)

Parameter	Specification
Resolution	640×512 pixels
Spectral Band	8–14µm
Pixel Pitch	12µm
NETD	≤40mK
Focal Length	35mm / F1.0
Field of View	12.4° × 9.9°

Laser Rangefinder

Parameter	Specification
Wavelength	1535nm
Range	30m–3000m
Range Accuracy	±1m
Measurement Rate	1–10Hz

Servo / Stabilization Performance

Parameter	Specification
Azimuth Range	N × 360°
Elevation Range	−120° to +90°
Stabilization Accuracy	≤50µrad (2°/1Hz, 1°/2Hz sway)
Angle Measurement Accuracy	≤1mrad
Geolocation Accuracy	10m @ 2km (with extended INS)
Maximum Angular Velocity	≥60°/s
Maximum Angular Acceleration	≥150°/s²

Single-Target Tracking

Parameter	Specification
Target Type	Generic targets
Motion Tracking Threshold	≥32 pixels/frame
Update Frame Rate	≥50 FPS

Multi-Target Recognition / Tracking

Parameter	Specification
Target Classes	Person, vehicle, vessel, aircraft, etc.
Recall / Accuracy Rates	≥90% recall, ≥80% accuracy
Minimum Detectable Size	32 × 32 pixels @ 1080p
Tracked Targets	≥20 simultaneous
Track-Loss / Jump Rate	≤15%
Update Frame Rate	≥20 FPS

Video and Storage

Parameter	Specification
Image Format	JPEG
Video Format / Codecs	MP4; H.264, H.265
Streaming Protocols	RTSP, UDP, etc.
Onboard Storage	128GB

Power Characteristics

Parameter	Specification
Input Voltage Range	18–32V DC (with spike/surge protection)
Average Power Consumption	15W
Peak Power Consumption	80W

Electrical Interfaces

Parameter	Specification
Communication Interfaces	RS-422 / RS-232 / TTL (selectable), 100 Mbps Ethernet
Video Interfaces	100 Mbps Ethernet, SDI

Environmental Adaptability

Parameter	Specification
Operating Temperature	−40°C to +60°C
Storage Temperature	−45°C to +70°C
Shock Resistance	20g @ 11ms

Dimensions & Weight

Parameter	Specification
Weight	≤1.5kg
Dimensions	≤Φ115mm × 171mm

Applications

The MYK – 2A/3LG/EO-1920×1080/IR-640×512/LRF/M-Ta-Tr/WWS-450 multi-sensor gimbal system is designed for comprehensive surveillance and tactical applications requiring multiple sensing modalities. Its combination of high-definition EO imaging, thermal IR detection, and laser range finding makes it ideal for mission-critical operations across diverse environmental conditions.