Kurokesu designs and builds advanced imaging hardware and mechatronic components used in robotics, research, and industrial applications on land, in the air, under water, and even in space. What began as a small personal project driven by curiosity for precision engineering has evolved into a trusted company known for dependable, technically refined products. We develop and produce industrial cameras, motorized zoom systems, and motion controllers, complemented by carefully selected lenses from our partners. Every product is built with long-term availability and practical integration in mind, ensuring reliable performance in demanding environments. Open to collaboration, we work with engineers, researchers, and companies worldwide to turn ideas into functional imaging solutions - balancing precision, openness, and innovation in everything we create.
CAMERAS
USB cameras and MIPI CSI-2 modules for platforms like Raspberry Pi and NVIDIA Jetson. They feature Sony and Onsemi image sensors, global and rolling shutter options, and flexible lens mounts (M12, CS/C-mount) for easy integration.
MOTORIZED ZOOM CAMERAS
Integrated motorized zoom cameras with remote-controllable zoom, focus, and iris functions. These systems provide powerful optical zoom (up to 40x) with precision motor control, ideal for capturing both wide-area and long-distance details.
LENSES
A broad selection of matching optics to meet diverse imaging needs. We offer wide-angle, telephoto, and low-distortion lenses in M12, CS, and C-mount formats, ensuring the right field of view and clarity for any project.
CONTROLLERS
Kurokesu controllers are built to integrate seamlessly with a range of devices and systems, providing robust performance and easy compatibility.
APPLICATIONS
Across land, air and water, many imaging systems face demanding environments and complex integration requirements. Kurokesu brings together cameras, lens systems and controllers into compact assemblies that simplify deployment in robotics, machine vision, live streaming and research labs. Whether your system must handle real time feedback, high resolution capture, long term operation or custom motion control, our equipment is engineered for both robustness and flexibility. With modular architecture and open system interfaces, you get tools suited for development, production or exploration - without compromise.
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ROBOTICS & REMOTE VEHICLES
Robotics and remotely operated vehicles demand vision systems that are compact, reliable and able to deliver crisp imaging in real world conditions. Kurokesu advanced camera platforms, from global shutter options to high resolution sensors, offer flexibility to integrate into autonomous robots, UAVs and inspection crawlers without sacrificing performance. Whether it’s tracking fast motion without blur, capturing subtle details in dynamic environments or feeding real-time visual data to control systems, these cameras are engineered for demanding embedded applications. With both USB and MIPI CSI-2 interfaces, they adapt to resource-constrained systems like SBCs and embedded GPUs alike, enabling developers to focus on path planning, collision avoidance and robust telepresence. A vision system that keeps pace with movement can be the difference between an obstacle avoided and a task completed, and modern sensors bring that capability to new classes of intelligent machines.
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MACHINE VISION
In machine vision, consistent image quality and interface versatility are essential for accurate inspection, analysis and control. Kurokesu machine vision cameras combine compact form factors with powerful imaging sensors that excel in both visible and near infrared lighting, pushing performance beyond traditional industrial USB webcams. With options spanning global shutter and high framerate sensors, these modules integrate directly into embedded platforms via MIPI CSI-2 or offer plug and play simplicity via USB with full control over exposure, gain and color settings. From barcode scanning and positional tracking to surface defect detection and embedded AI inference, the platform provides flexible foundation for automation, enabling manufacturers to elevate throughput and precision. Consistent dimensions and broad lens compatibility mean these cameras deliver predictable results across diverse vision tasks.
STREAMING
Streaming content with machine vision cameras breaks the mold of conventional webcams, giving creators high quality optics, manual lens control and multi angle flexibility previously reserved for professional rigs. In a practical test, multiple industrial cameras with different lenses were connected to a single host and managed via OBS Studio to produce dynamic live feeds with rich perspectives. Compact yet robust, these cameras handle real time video just as reliably as they handle machine vision, and they expose full imaging controls through software for nuanced adjustment on the fly. While lighting remains a universal challenge in video production, the manual control and modular lens options let content creators fine tune their look after setup. For anyone looking to elevate streaming quality with versatile optics and rugged hardware, industrial cameras offer a compelling alternative to consumer webcams.
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EDUCATION & RESEARCH
Educational labs and research projects require tools that are both accessible and capable of capturing the subtle details of experiments, environments and phenomena. The latest imaging modules deliver high resolution sensors with strong low light performance and interfaces that bridge the gap between embedded platforms and desktop systems. Whether students are learning about computer vision on single board computers or researchers are prototyping edge AI vision systems, these cameras support a wide range of applications. Detailed documentation and open platform support lower the entry barrier for exploration, allowing learners and experimenters to focus on concepts rather than integration challenges. From microscopy imaging and wildlife monitoring to algorithm development and AI assisted analysis, robust vision hardware accelerates the journey from curiosity to discovery.
MADE IN EU
All Kurokesu modules are designed, assembled, programmed and tested in the European Union, with manufacturing centered in Lithuania. From the beginning, the focus has been on keeping development and production close, ensuring full control over quality, traceability and long term availability. This approach was chosen well before supply chain resilience became a major concern across Europe, driven by the practical needs of industrial, research and defense adjacent customers who value consistency and transparency over short term cost optimization. By sourcing electronic components exclusively from trusted Western suppliers and avoiding critical dependencies that could disrupt availability, Kurokesu products are aligned with NDAA requirements and similar procurement standards. This makes them suitable for projects where secure sourcing, regulatory compliance and long term support are essential. Local production also enables faster iteration, tighter feedback loops and the ability to adapt products to customer needs without relying on distant manufacturing partners. For system integrators and OEMs, this translates into predictable lead times, stable specifications and confidence that the same module will remain available and supported throughout the lifetime of the product.