Smart inspection, humanoid service robots, and airborne specialized robots are accelerating their adoption across various industries. As the core hardware for robotic perception of the external environment, visual imaging and signal processing systems directly determine the level of autonomous operation of the entire robot. Most manufacturers in the industry separately procure zoom lenses and encoder control boards, which often leads to issues such as software-hardware protocol mismatches, video transmission lag, failure of intelligent detection integration, insufficient space for body assembly, and prolonged development and debugging cycles—issues that significantly increase both R&D and mass-production costs. To address these challenges, Kaimorui has specifically launched a combined solution featuring the KC9430M 4-megapixel 30x optical zoom integrated lens module paired with the CM200Z dedicated encoder control board. This solution integrates high-definition imaging, front-end AI recognition, video encoding and transmission, pan-tilt motion control, and wireless expansion capabilities into a single, cohesive system.As a unified solution, it provides a standardized visual hardware kit that is lightweight, highly adaptable, and capable of stable, all-weather operation for various mobile AI robots.

1. KC9430M Integrated Module: A high-definition AI imaging unit exclusively designed for robots, enabling comprehensive environmental perception across both near and far ranges.

The core of the robot’s autonomous cruising, hazard identification, and personnel detection relies on high-definition imaging hardware. The KC9430M integrated module is specially designed for compact-body payloads, featuring a 1/2.8-inch progressive-scan CMOS sensor that delivers ultra-high-definition images at 2560×1440 resolution—4 million pixels. With a focal length range of 4.8–144mm, it supports continuous optical zoom up to 30x, offering a wide-angle field of view of 54.3° for close-range environment scanning and obstacle avoidance modeling. At the telephoto end, with a field of view of 2.1°, it can precisely capture details of people and equipment from as far as 100 meters away. Its rapid 4-second zoom capability makes it ideal for hybrid operational scenarios involving dynamic patrols and fixed-point observations by robots. The imaging system boasts exceptional night-vision performance suitable for all lighting conditions, thanks to an ICR infrared filter automatic-switching mechanism. Paired with 120dB ultra-wide dynamic range and 3D digital noise reduction technology, it delivers vivid color imaging at 0.05Lux in color mode and starlight-level black-and-white imaging at 0.01Lux in low-light conditions. Whether facing strong reflections in factory environments, complete darkness in underground tunnels, or nighttime campus patrols, this camera ensures pristine image quality with zero noise, fundamentally eliminating light interference that could trigger false alarms in AI recognition. The module comes pre-installed with deep-learning algorithms, enabling intelligent analysis at the edge without requiring additional external computing resources. It supports face capture, simultaneously acquiring five facial features per shot, meeting the needs of commercial service robots for visitor recognition and alerting on unfamiliar individuals. A dedicated human-vehicle classification algorithm accurately distinguishes pedestrians, forklifts, and transport vehicles, making it well-suited for factory inspection and statistics. The module also integrates more than ten smart detection functions, including area intrusion detection, boundary-crossing alerts, detection of abandoned or picked-up objects, pedestrian loitering monitoring, and video occlusion detection. Upon identifying abnormal events, it immediately triggers alarm signals, prompting the robot to execute audible and visual warnings and autonomously adjust its path to avoid the threat. The hardware design is lightweight and energy-efficient, with overall dimensions of 50×60×102mm and a weight of only 285g. Its static power consumption is 2.5W, while peak dynamic power consumption reaches 4.5W. This makes it perfectly compatible with compact mounting spaces on wheeled robots, humanoid robots, and small airborne robotic gimbals, reducing the overall weight of the robot and significantly extending its battery life. The all-in-one 36-pin FFC cable integrates network, audio, alarm, and power lines into a single connector, simplifying internal wiring within the robot and reducing assembly complexity.

2. CM200Z Encoding Control Board: The core of visual data scheduling, establishing a seamless collaboration link between the movement and the overall machine’s main controller.

The massive volumes of video footage and detection/alarm data captured by the high-definition camera module require a dedicated encoding board to handle compression, transmission, and command scheduling. The CM200Z is a custom-built control unit designed specifically for the KC9430M, establishing a lossless communication channel between the camera module, the robotic manipulator’s main control board, and the cloud-based management platform. The board features a dual-core 32-bit HI3516D DSP embedded chip, with hardware-level support for both H.264 and H.265 video codecs. The bitrate can be adaptively adjusted within a range of 500k to 8Mbps, significantly reducing bandwidth usage while enabling smooth, real-time local screen previews on the robot as well as seamless remote synchronization and feedback to the cloud. Thanks to its dual-stream design, the sub-stream is routed to the robot’s onboard interface for local visualization and interaction, while the main stream is uploaded to the backend for archiving—thus satisfying both on-site operational needs and remote scheduling requirements simultaneously. The board boasts an ultra-compact form factor, measuring just 48×48×9mm with a slim octagonal profile and weighing only 15.8g. It can be easily fitted into tight spaces within the robot’s body without encroaching on the core installation areas for the battery or locomotion mechanism. Powered by DC12V, the board incorporates multiple protective circuits—including lightning protection, electrostatic discharge protection, reverse-polarity protection, and overvoltage protection—to ensure reliable operation in mobile environments where robots are subjected to frequent movement, bumps, and voltage fluctuations. The board offers comprehensive interface compatibility, featuring dual connector interfaces: a 30-pin LVDS connector and a 36-pin FFC connector. It natively supports the KC9430M as well as Sony’s entire series of FCB integrated camera modules. Upon power-up, it automatically matches imaging parameters, eliminating the need for low-level driver debugging and substantially shortening the overall robot development cycle. Additionally, the board provides dual serial ports—RS485 and TTL-UART—that are compatible with mainstream control protocols such as Pelco and Hikvision. The robot’s master controller can issue commands for zoom, focus, and aperture adjustments with millisecond-level response times, ensuring that visual observation actions remain perfectly synchronized with the robot’s movement, steering, and pan/tilt operations. Two-way alarm input/output ports directly connect to the camera module’s detection signals, enabling integrated, seamless coordination for anomaly detection, signal transmission, and autonomous robot responses. The board also comes equipped with a rich array of practical expansion features: it includes a TF card slot for local storage, supporting up to 128GB of offline video recording, allowing complete preservation of surveillance footage even in areas without network connectivity; once connected to the network, the recorded data is automatically uploaded in batches. Furthermore, a USB expansion port allows for the external connection of Wi-Fi or 4G wireless modules, freeing the robot from wired connection constraints and enabling full-range, remote image transmission. Finally, the board features a single-in, single-out bidirectional audio interface paired with noise-canceling and echo-cancellation algorithms, facilitating multimodal human-machine interaction through both visual recognition and voice dialogue.

3. Modular Integration and Synergistic Advantages: Deep hardware-software integration to build a complete AI closed loop on the robot’s edge side.

The KC9430M imaging module, paired with the CM200Z encoding control board, forms a complete visual closed-loop system encompassing “image acquisition—front-end AI-powered intelligent analysis—video encoding and compression—motion command interaction—local offline storage—cloud-based remote management.” This solution thoroughly addresses industry pain points such as protocol conflicts, image quality degradation, linkage delays, and insufficient scalability inherent in separate component configurations, and it covers a wide range of AI robot application scenarios.For factory premises, energy storage stations, and pipeline corridor inspection robots: The 30x optical zoom combined with human-vehicle classification and boundary intrusion detection capabilities enables all-weather autonomous patrol operations. The CM200Z’s offline storage function ensures data retention even in areas without network connectivity, while automatic cloud synchronization archives data to the management backend upon reconnection.   For humanoid service robots in shopping malls and exhibition halls: The imaging module’s face capture feature facilitates visitor identity verification, and two-way audio supports voice interaction between humans and machines. A wireless expansion module allows remote real-time viewing of on-site footage and the issuance of scheduling commands from the backend.   For medical testing, specialized exploration, and small airborne robots: The dual-module design ensures stable operation across a wide temperature range—from 10°C to 60°C. The imaging module comes equipped with eight built-in privacy masking zones, enabling the exclusion of sensitive or private images. It is compatible with multiple common protocols, including ONVIF, GB28181, and Hikvision SDK, allowing seamless integration with various specialized equipment dispatch platforms and meeting stringent industry data security standards.

4. Standardized modules reduce costs and improve efficiency, accelerating the mass production and market deployment of robotic products by robotics companies.

Currently, the development and manufacturing of complete robots face industry-wide challenges, including cumbersome visual component debugging, limited scalability, and relatively high long-term operation and maintenance costs. The KC9430M+CM200Z standardized module from Kaimorui addresses these issues comprehensively from three key dimensions: hardware, software, and mass production & operations. On the hardware side, the module integrates a variety of interfaces—including Ethernet ports, multiple serial ports, alarm functions, audio capabilities, storage, and USB—eliminating the need for additional adapter accessories and simplifying the robot’s internal mechanical structure. The accompanying software provides a fully equipped, open-source SDK development kit that is compatible with the vast majority of mainstream platform protocols. As a result, R&D personnel no longer need to delve into complex low-level imaging or encoding protocols, enabling them to focus their efforts on developing higher-level business functionalities for the robot. The entire module series exclusively uses industrial-grade components, and features such as power-off memory and heartbeat detection ensure 24/7 uninterrupted autonomous operation of the robot. Moreover, the module’s lightweight and low-power hardware design reduces the battery load on the robot, thereby lowering the overall cost of battery procurement. Whether it’s commercial service robots, industrial inspection robots, specialized exploration robots, or small airborne robots, this comprehensive visual module suite can be quickly adapted and integrated, significantly shortening the R&D and testing cycle for new products and helping robotics companies accelerate the commercialization and deployment of embodied intelligence solutions.