Gyro-stabilization | Platform | 2-axis |
Stable accuracy | ≤0.2mrad (RMS) | |
Pan | 360° continuously | |
Tilt | -90°～+90° | |
Pan speed | ≥100°/s | |
Tilt speed | ≥80°/s | |
Pan Accelerate speed | ≥100°/s2 | |
Tilt Accelerate speed | ≥80°/s2 | |
Repeat positioning accuracy | ±0.01°, ±0.003° | |
Day Camera | Sensor type | 1/1.8 '' Progressive Scan CMOS |
Pixels | 200Mp, 400Mp | |
Resolution | 1920(H) × 1080(V), 2560(H) × 1440(V) | |
Focal length | 10～550mm, 15～850mm, 11.3～1000mm, 15～120mm | |
Focus | Auto/Manual/Semi-auto | |
Minimum illumination | Color : 0.0005Lux/F1.4/AGC ON; Black and White : 0.0001Lux/F1.4/AGC ON | |
Optical fog penetration | Support | |
Thermal Camera | Detector type | Uncooled Vanadium Oxide Microbolometer |
Resolution | 640 × 512@17μm, 1280 × 1024@12μm | |
Spectrum | 8～14μm | |
NETD | ≤40mK@F1.0,300K | |
Focal length | 20～120mm, 30～150mm, 30～180mm, 25～225mm, 20～240mm, 30～300mm | |
Focus type | Electric focus/Auto focus | |
Digital zoom | 1×/2×/4×/8× | |
Pseudo-color | White Hot / Black Hot / Rainbow / Iron Red / Lava / Sky / Purple Orange / Gradient Red / Gradient Green / Gradient Blue | |
Image process | Nonuniformity Correction/Digital Filter Noise Reduction/DDE | |
General | OSD | Date, time, longitude, latitude, altitude, speed, azimuth and pitch information (displaying and blanking superimposed characters) |
Encode | H.265/H.264 | |
Interface protocol | ONVIF/GB28181 | |
Communication interface | 1×RS422/1×RJ45 | |
Power interface | DC24V, DC48V | |
RH | <90%RH | |
Protection grade | IP66 | |
Anti-salt-fog | PH value 6.5～7.2, continuous spraying for 48 hours, no surface change | |
Operating temperature | -40℃～+55℃ | |
Storage temperature | -55℃～+65℃ | |
Consumption | Average power consumption ≤80W, ≤100W | |
Weight | ≤50Kg, ≤100Kg | |
Dimension | 400mm × 600mm × 650mm, 920mm × 650mm × 930mm | |
Laser Rangefinder | 5km/10km/15km/20km Optional | |
Laser lighting | 500m/800m/1500m/2000m/3000m Optional |
Start a free consultation with our engineer to discuss detailed and customization options.
The High-Precision U-shaped Gyro Stabilization System is a cutting-edge electro-optical platform engineered for heavy payloads and complex mission requirements. Its unique U-shaped open-frame design eliminates spatial constraints, enabling seamless integration of long-range cameras, multi-sensor arrays, and laser systems—critical for high-demand scenarios where equipment versatility and stability are non-negotiable. Built with military-grade reliability, this system delivers dual-axis precision stabilization, ensuring sharp, stable imaging even amid high-speed maneuvers, strong winds, or rough seas. It stands out as a trusted choice for maritime surveillance, military reconnaissance, industrial inspections, and critical infrastructure protection, addressing the core challenge of maintaining imaging clarity in dynamic and harsh environments.
Designed to support heavy electro-optical payloads, the U-shaped frame structure offers unmatched load capacity for long-range cameras, infrared imagers, laser rangefinders, and multispectral systems. Its robust construction ensures consistent stability and reliability, even when operating with high-weight equipment during prolonged, demanding missions.
Equipped with high-sensitivity gyros and advanced servo control algorithms, the system achieves an angular precision of ≤0.05° and stable accuracy of ≤0.2mrad (RMS). It effectively counteracts pitch and roll disturbances, delivering blur-free imagery in dynamic environments—from fast-moving vessels to airborne platforms.
The system features a modular design that allows rapid sensor replacement or upgrades, significantly reducing maintenance and operational costs. Its open architecture and standardized interfaces ensure seamless integration with various video processing units, consoles, or UAV platforms, adapting to diverse mission requirements without extensive reconfiguration.
Built to withstand extreme conditions, it boasts shock resistance, waterproofing (IP66 protection grade), salt-fog protection, and corrosion resistance. Rigorous reliability testing ensures continuous performance in mission-critical deployments, with an operating temperature range of -40℃ to +55℃ and storage temperature range of -55℃ to +65℃.
Deployed on patrol vessels, enforcement ships, and coastal defense platforms, the system provides 24/7 monitoring and evidence collection for ports, waterways, and offshore zones. It excels in anti-smuggling, intrusion detection, and law enforcement missions, maintaining stable imagery even at high speeds or in rough seas. For marine defense, it supports long-range target recognition and tactical command on shipborne, vehicle-mounted, or fixed posts.
Integrated into large UAVs, helicopters, or fixed-wing aircraft, it enables long-duration aerial surveillance and ground target tracking. It is particularly effective for cross-regional patrols, disaster monitoring, and battlefield surveillance, enhancing aerial intelligence gathering. Additionally, it can carry counter-UAV jammers or laser interceptors to protect airports and military bases from low-altitude drone threats.
In energy exploration and industrial inspection, the system monitors offshore drilling rigs, oil & gas pipelines, and wind farms using integrated visible and thermal sensors. It detects hazards in real time, reducing operational risks. For critical infrastructure like sea-crossing bridges and ports, it ensures round-the-clock protection by identifying suspicious vessels or potential threats.
The system is engineered to support heavy electro-optical payloads, including long-range cameras, infrared imagers, and laser systems. Specific payload limits vary by configuration, but it is optimized for high-weight equipment required in complex missions.
Yes, its open architecture and standardized interfaces (ONVIF/GB28181 protocol support) enable seamless integration with most third-party video processing units, consoles, UAVs, and ground vehicles.
Absolutely. With military-grade protection (IP66 rating, salt-fog resistance) and an operating temperature range of -40℃ to +55℃, it performs reliably in harsh environments like heavy rain, strong winds, and high humidity.
Click here to make an inquiry.
Gyro-stabilization | Platform | 2-axis |
Stable accuracy | ≤0.2mrad (RMS) | |
Pan | 360° continuously | |
Tilt | -90°～+90° | |
Pan speed | ≥100°/s | |
Tilt speed | ≥80°/s | |
Pan Accelerate speed | ≥100°/s2 | |
Tilt Accelerate speed | ≥80°/s2 | |
Repeat positioning accuracy | ±0.01°, ±0.003° | |
Day Camera | Sensor type | 1/1.8 '' Progressive Scan CMOS |
Pixels | 200Mp, 400Mp | |
Resolution | 1920(H) × 1080(V), 2560(H) × 1440(V) | |
Focal length | 10～550mm, 15～850mm, 11.3～1000mm, 15～120mm | |
Focus | Auto/Manual/Semi-auto | |
Minimum illumination | Color : 0.0005Lux/F1.4/AGC ON; Black and White : 0.0001Lux/F1.4/AGC ON | |
Optical fog penetration | Support | |
Thermal Camera | Detector type | Uncooled Vanadium Oxide Microbolometer |
Resolution | 640 × 512@17μm, 1280 × 1024@12μm | |
Spectrum | 8～14μm | |
NETD | ≤40mK@F1.0,300K | |
Focal length | 20～120mm, 30～150mm, 30～180mm, 25～225mm, 20～240mm, 30～300mm | |
Focus type | Electric focus/Auto focus | |
Digital zoom | 1×/2×/4×/8× | |
Pseudo-color | White Hot / Black Hot / Rainbow / Iron Red / Lava / Sky / Purple Orange / Gradient Red / Gradient Green / Gradient Blue | |
Image process | Nonuniformity Correction/Digital Filter Noise Reduction/DDE | |
General | OSD | Date, time, longitude, latitude, altitude, speed, azimuth and pitch information (displaying and blanking superimposed characters) |
Encode | H.265/H.264 | |
Interface protocol | ONVIF/GB28181 | |
Communication interface | 1×RS422/1×RJ45 | |
Power interface | DC24V, DC48V | |
RH | <90%RH | |
Protection grade | IP66 | |
Anti-salt-fog | PH value 6.5～7.2, continuous spraying for 48 hours, no surface change | |
Operating temperature | -40℃～+55℃ | |
Storage temperature | -55℃～+65℃ | |
Consumption | Average power consumption ≤80W, ≤100W | |
Weight | ≤50Kg, ≤100Kg | |
Dimension | 400mm × 600mm × 650mm, 920mm × 650mm × 930mm | |
Laser Rangefinder | 5km/10km/15km/20km Optional | |
Laser lighting | 500m/800m/1500m/2000m/3000m Optional |
Start a free consultation with our engineer to discuss detailed and customization options.
The High-Precision U-shaped Gyro Stabilization System is a cutting-edge electro-optical platform engineered for heavy payloads and complex mission requirements. Its unique U-shaped open-frame design eliminates spatial constraints, enabling seamless integration of long-range cameras, multi-sensor arrays, and laser systems—critical for high-demand scenarios where equipment versatility and stability are non-negotiable. Built with military-grade reliability, this system delivers dual-axis precision stabilization, ensuring sharp, stable imaging even amid high-speed maneuvers, strong winds, or rough seas. It stands out as a trusted choice for maritime surveillance, military reconnaissance, industrial inspections, and critical infrastructure protection, addressing the core challenge of maintaining imaging clarity in dynamic and harsh environments.
Designed to support heavy electro-optical payloads, the U-shaped frame structure offers unmatched load capacity for long-range cameras, infrared imagers, laser rangefinders, and multispectral systems. Its robust construction ensures consistent stability and reliability, even when operating with high-weight equipment during prolonged, demanding missions.
Equipped with high-sensitivity gyros and advanced servo control algorithms, the system achieves an angular precision of ≤0.05° and stable accuracy of ≤0.2mrad (RMS). It effectively counteracts pitch and roll disturbances, delivering blur-free imagery in dynamic environments—from fast-moving vessels to airborne platforms.
The system features a modular design that allows rapid sensor replacement or upgrades, significantly reducing maintenance and operational costs. Its open architecture and standardized interfaces ensure seamless integration with various video processing units, consoles, or UAV platforms, adapting to diverse mission requirements without extensive reconfiguration.
Built to withstand extreme conditions, it boasts shock resistance, waterproofing (IP66 protection grade), salt-fog protection, and corrosion resistance. Rigorous reliability testing ensures continuous performance in mission-critical deployments, with an operating temperature range of -40℃ to +55℃ and storage temperature range of -55℃ to +65℃.
Deployed on patrol vessels, enforcement ships, and coastal defense platforms, the system provides 24/7 monitoring and evidence collection for ports, waterways, and offshore zones. It excels in anti-smuggling, intrusion detection, and law enforcement missions, maintaining stable imagery even at high speeds or in rough seas. For marine defense, it supports long-range target recognition and tactical command on shipborne, vehicle-mounted, or fixed posts.
Integrated into large UAVs, helicopters, or fixed-wing aircraft, it enables long-duration aerial surveillance and ground target tracking. It is particularly effective for cross-regional patrols, disaster monitoring, and battlefield surveillance, enhancing aerial intelligence gathering. Additionally, it can carry counter-UAV jammers or laser interceptors to protect airports and military bases from low-altitude drone threats.
In energy exploration and industrial inspection, the system monitors offshore drilling rigs, oil & gas pipelines, and wind farms using integrated visible and thermal sensors. It detects hazards in real time, reducing operational risks. For critical infrastructure like sea-crossing bridges and ports, it ensures round-the-clock protection by identifying suspicious vessels or potential threats.
The system is engineered to support heavy electro-optical payloads, including long-range cameras, infrared imagers, and laser systems. Specific payload limits vary by configuration, but it is optimized for high-weight equipment required in complex missions.
Yes, its open architecture and standardized interfaces (ONVIF/GB28181 protocol support) enable seamless integration with most third-party video processing units, consoles, UAVs, and ground vehicles.
Absolutely. With military-grade protection (IP66 rating, salt-fog resistance) and an operating temperature range of -40℃ to +55℃, it performs reliably in harsh environments like heavy rain, strong winds, and high humidity.
Click here to make an inquiry.
