Model | RYAN-GQLW10VH3K-HT | |
Day Camera | Sensor type | 1/1.8" Progressive Scan CMOS |
Pixel | 4MP | |
Frame rate | 50/60Hz | |
Minimum illumination | Color: 0.001 lux @ (F1.4, AGC ON); B/W: 0.0001 lux @ (F1.4, AGC ON) | |
Resolution | 2688(H) × 1520(V) | |
Focal length | 6mm～300mm | |
Zoom speed | 7s±0.5s (Wide-Tele) | |
Optical/Digital zoom | 50×/16× | |
Iris | F1.4～F4.87 | |
FOV | 66.0°×40.3°～1.49°×0.84° (Wide-Tele) | |
Minimum working distance | 1m～10m (Wide-Tele) | |
Focus | Auto/Manual/Semi-auto | |
Thermal Camera | Detector type | Uncooled Vanadium Oxide Microbolometer |
Resolution | 640 × 512@12μm | |
Spectrum | 8～14μm | |
NETD | ≤40mK@F1.0,300K | |
Focal length | 25mm～100mm/F1.2 | |
FOV | 17.5°×14.0°～4.4°×3.5° | |
Focus | Auto/Manual | |
Digital zoom | 1×/2×/4×/8× | |
Pseudo | White Hot / Black Hot / Rainbow / Iron Red / Lava / Sky / Purple Orange / Gradient Red / Gradient Green / Gradient Blue | |
Image process | Non-uniformity Correction/Digital Filter Noise Reduction/DDE | |
Pan-Tilt | Platform | 2-axis |
Stable accuracy | ≤0.5mrad | |
Pan speed | 0.003°～100°/s (customization supported) | |
Tilt speed | 0.003°～100°/s (customization supported) | |
Pan accelerate speed | ≥80°/s2 | |
Tilt accelerate speed | ≥80°/s2 | |
Repeat positioning accuracy | ±0.003° | |
Position Resolution | 0.00035° | |
Driving forms | Direct drive | |
Preset | Max 256 | |
Pan/ Tilt | 360° rotating continuously / -75°～+75° | |
Patrol scanning | 8 patrols, up to 32 presets for each patrol | |
Target recognition and tracking | Supported Target Types | Personnel, vehicles, vessels, aircraft, and other moving targets |
Multi-Target Capability | Supports simultaneous detection and tracking of multiple targets | |
Detection ROI | Configurable rectangular Region of Interest (ROI) | |
Detectable Target Size | 2×2 pixels to 200×100 pixels | |
Detection Algorithms | Grayscale analysis, motion detection, and contour-based detection | |
Tracking Algorithms | Phase correlation, centroid tracking, and color feature matching | |
Tracking Target Size | 2×2 pixels to 200×100 pixels | |
Tracking Accuracy | ≤0.15 mrad (Line-of-Sight tracking accuracy) | |
General | Encode | H.265/H.264 |
Interface protocols | ONVIF, НТТР, TCP/IP, UDP, RTP, RTSP, RTCP, DNS, DDNS, DHCP, FTP, NTP, PPPOE, SMTP, UPNP; | |
Communication | 1×RJ45/1×RS422/2×SDI (customization supported) | |
Power | DC24V | |
RH | <95%RH | |
Protection grade | IP66 | |
Anti-salt-fog | PH value 6.5～7.2, continuous spraying for 48 hours, no surface change | |
Operation temp | -40℃～+55℃ | |
Storage temp | -55℃～+65℃ | |
Consumption | ≤50W Static / ≤200W Peak | |
Weight | ≤25Kg | |
Dimension | Φ310mm × 450mm | |
Start a free consultation with our engineer to discuss detailed and customization options.
The High-Precision Globe-shaped Gyro Stabilization System is an integrated, highly stable electro-optical observation platform designed for all-weather, all-directional security. Its spherical design enables 360° omnidirectional rotation and wide field-of-view coverage, while advanced gyro-stabilization technology ensures clear, steady imagery even under complex environments and high-speed motion. Built with military-grade reliability, it supports flexible integration of multiple sensors—including visible cameras, thermal imagers, and laser rangefinders—and excels in aerial, maritime, and ground security missions. From border patrol and maritime law enforcement to environmental monitoring and critical infrastructure protection, it provides dependable support for target observation and intelligence acquisition in dynamic scenarios.
The spherical architecture delivers balanced multi-axis compensation for roll, pitch, and yaw. It maintains full-range stability in rough seas or on moving platforms, minimizing motion blur and maximizing detection/tracking performance for continuous security.
Engineered for demanding missions, it features shock- and vibration-hardened mechanics, sealed housings, and corrosion resistance. It withstands salt-fog, spray, and temperature extremes (-40℃ to +55℃ operating temperature), aligning with protection and marine test standards for long-term deployment.
High-sensitivity gyroscopes and advanced control algorithms achieve stabilization accuracy of ≤0.2mrad (RMS) and repeat positioning accuracy of ±0.01°. It keeps optics precisely aligned during maneuvers and wave impact, supporting long-range identification and evidence-grade recording.
An open, modular platform supports visible cameras (200Mp/400Mp), thermal imagers (640×512@17μm to 1280×1024@12μm), laser rangefinders (5km–20km optional), and mission-specific payloads. Standardized interfaces simplify integration with existing systems.
With a pan speed of ≥100°/s and tilt speed of ≥80°/s, it rapidly locks onto fast-moving targets. It accelerates at ≥100°/s² (pan) and ≥80°/s² (tilt), ensuring responsiveness in dynamic security scenarios.
Installed on patrol vessels and coastal protection platforms, it enables round-the-clock monitoring of waterways and offshore zones. For border protection, it monitors cross-border vessels and suspicious activities, supporting anti-smuggling and anti-infiltration efforts.
Suitable for shipborne, vehicle-mounted, or fixed-base deployment, it supports long-range target identification and battlefield awareness. It enables all-weather tactical security and target tracking to assist reconnaissance and command missions.
Applied to sea-crossing bridges, offshore platforms, and dams, it provides continuous monitoring and early warning. It detects approaching threats, safeguarding strategic facilities against intrusion or sabotage for uninterrupted operations.
Integrated into UAVs, helicopters, or ground vehicles, it conducts aerial reconnaissance and ground target tracking. It is effective for disaster monitoring, environmental research, and urban security, enhancing situational control in diverse terrains.
It offers two configurations: ≤50Kg (400mm × 600mm × 650mm) and ≤100Kg (920mm × 650mm × 930mm), accommodating different installation requirements for vessels, aircraft, or fixed platforms.
Yes, it supports full customization of sensors, detectors, and gimbal functions. We can design unique configurations based on your requirements for sensor type, environmental conditions, and mission objectives.
It uses H.265/H.264 encoding, ensuring efficient video compression without quality loss—ideal for real-time transmission and long-term storage of security footage.
