The current maritime security situation is becoming increasingly complex. Risks such as illegal reconnaissance, malicious navigation

disturbance, and covert approach by low-altitude, slow-speed and small-sized UAVs occur frequently. Traditional surveillance equipment has

obvious shortcomings in long-distance detection, imaging under severe sea conditions, and rapid linkage response, leaving ship navigation and

operation safety facing severe low-altitude threats at sea. Kaimorui launches the integrated solution of KC9480M HD integrated camera core paired with the HK-100C intelligent control module. Boasting

four core advantages — ultra-long-range imaging, high anti-interference image stabilization, full-scenario intelligence, and fast linkage

control — it builds a dedicated anti-UAV perception and control system for all types of ships, featuring long detection distance, clear

identification, precise control and stable performance, thereby reinforcing the low-altitude security defense line over the sea.

I. Ultra-long-range High-definition Imaging, Early Detection and Early Warning of Incoming UAVs The Kaimorui KC9480M is equipped with a 1/1.8-inch progressive scan CMOS with 2-megapixel effective resolution, and adopts an

ultra-telephoto zoom lens ranging from 15mm to 800mm. Its horizontal field of view covers 29.8° to 0.4°, enabling seamless switching between

full wide-angle coverage and ultra-long-range telephoto detection. It can detect and lock low-altitude flying UAV targets from several kilometers

away, greatly advancing the early warning time window. The device supports 1920×1080 Full HD resolution and 12× digital zoom. Even at long distances, it can clearly identify UAV models, flight

postures and payloads, providing accurate visual basis for countermeasure decision-making. It delivers outstanding performance in low-light environments: 0.005 lux @ F3.0 in color mode and as low as 0.0005 lux in black-and-white

mode. It maintains clear imaging under dim light and pitch-dark conditions, completely eliminating blind spots in night surveillance.

With automatic ICR infrared cut filter switching and intelligent day-night mode transition, it restores true colors by day and presents clear

black-and-white images at night. It realizes 24/7 uninterrupted UAV detection, leaving covert "black flight" UAVs nowhere to hide, and

providing timely and first-view reliable intelligence for shipborne anti-UAV systems. II. High Anti-interference Image Stabilization Technology, Vibration-free Image and Lossless Target Tracking under Complex Sea Conditions During ship navigation, turbulence from wind and waves, engine vibration, and atmospheric heat haze can easily cause jitter and blurring of

surveillance images, making it impossible to stably track high-speed moving UAV targets. The KC9480M adopts dedicated anti-heat-haze technology and optimizes the internal airflow structure, effectively suppressing image drift and

jitter caused by atmospheric disturbance. Meanwhile, it supports optical image stabilization and 3D DNR digital noise reduction. Supported by

dual technologies, it can output stable, clear and smear-free real-time images even in high sea conditions and strong airflow environments. Built-in 120dB ultra-wide dynamic range, together with strong light suppression and backlight compensation, it adapts to complex lighting

scenarios such as strong sea surface reflection and backlit sea-sky backgrounds. The image maintains distinct layers without overexposure or

shadow areas, always clearly presenting UAV outlines and flight trajectories. Combined with fast and precise focusing, as well as intelligent modes of regional focus and regional exposure, it can lock remote small targets

with one click and achieve continuous and stable tracking without losing targets. It ensures ships fully grasp UAV dynamics during maneuvering

navigation, and provides continuous and stable visual support for countermeasure interception.

III. Full-scenario Intelligent Empowerment, Multi-dimensional Identification & Early Warning to Improve Anti-UAV Efficiency The KC9480M is embedded with Smart intelligent detection algorithms, supporting full-dimensional intelligent alarms including regional

intrusion, line crossing detection, crowd gathering, fast movement, object left/removed, abnormal audio, and video occlusion. It can accurately

identify abnormal UAV behaviors such as low-altitude intrusion, rapid approach and hovering reconnaissance, and trigger early warnings within

seconds. This greatly reduces the pressure of manual duty and avoids missing or false alarms. Equipped with optical fog penetration technology, it penetrates harsh weather such as rain, snow, fog and haze, with detection distance and

imaging quality unaffected under complex meteorological conditions, safeguarding the ship’s airspace security around the clock. It adopts the efficient H.265 video compression algorithm. While maintaining high-definition image quality, it greatly reduces transmission

bitrate and storage occupancy, perfectly adapting to shipborne scenarios with limited bandwidth and storage resources. The device supports

up to 256GB Micro SD card local storage. With power-off memory and heartbeat function, it automatically resumes operation after unexpected

power failure without data loss or monitoring interruption, meeting the security demands of long-term voyage and unattended operation for

ships. IV. Fast Linkage Control Compatibility, Plug-and-Play, Seamless Access to Anti-UAV System The HK-100C intelligent control module is optimally designed for shipborne scenarios. With a compact size of 42mm×42mm, it features flexible

installation without occupying limited ship space. The 38mm×38mm central positioning hole is compatible with various pan-tilts and mounting

bases, enabling rapid deployment and plug-and-play use. It integrates comprehensive interfaces, supporting RS485, RS232-TTL command transparent transmission, network output, alarm

input/output, audio input/output, and CVBS output. It perfectly connects with the KC9480M camera core, realizing one-stop transmission and

conversion of video, control, alarm and audio signals. In terms of control protocols, it is compatible with mainstream standards including SONY VISCA, PELCO-P and PELCO-D. It can directly access

Hikvision DS-2ZMN series camera cores and domestic cameras with matching protocols, seamlessly connecting to existing ship monitoring

platforms, anti-UAV jamming equipment and pan-tilt control systems. No secondary development is required, enabling rapid construction of an

integrated closed-loop system of perception – identification – tracking – early warning – countermeasure. The network interface supports 10M/100M auto-adaptation, compatible with IPv4/IPv6, HTTP, RTSP, ONVIF, PSIA, CGI, Hikvision SDK and other

standard protocols and open APIs. It can be seamlessly integrated into mainstream shipborne management platforms to realize remote

preview, centralized control and linked disposal, greatly improving the response speed and disposal efficiency of ship anti-UAV operations. Conclusion Marine low-altitude security is a critical matter, and the prevention and control of UAV threats brooks no delay. The dedicated shipborne anti-UAV solution of Kaimorui KC9480M + HK-100C focuses on ultra-long-range detection, high stabilization and

anti-interference, full-intelligent early warning, and fast linkage control. It is perfectly applicable to various vessels including merchant

ships, fishing boats, engineering ships, coast guard ships and official ships. It solves the industry pain points of traditional equipment — unclear

imaging, insufficient detection range, poor stability and poor linkage performance — and provides all-weather, full-scenario and high-efficiency

low-altitude security protection for ships. Choosing Kaimorui means choosing professional, stable and reliable marine security assurance. In the future, Kaimorui will continue to delve into shipborne optoelectronics and intelligent control technologies, continuously iterate and

upgrade products, help global ships build a solid low-altitude security line, guard the safety of every voyage, and contribute solid technological

strength to the development of marine security undertakings.