Innovative solutions in automation and robotics
Our Products
IRIDEX ROBOTICS
A modern technology company that helps businesses reach new heights through the implementation of innovative solutions in automation and robotics. We specialize in two key industries – construction and agribusiness, offering advanced technologies to increase productivity, efficiency and cost optimization.
Individual approach
We develop solutions that take into account the specifics of your business and its needs.
High efficiency
Our technologies allow us to significantly reduce the cost of time, resources, and human labor.
Advanced technologies
We use the latest developments in automation and robotics that meet global standards.
IRIDEX ROBOTICS
Gyrostabilized mount with an optoelectronic system Object Recognition Tracking Gimbal ORB-80.1
The Gimbal ORB-80.1 is a dual-axis gyro-stabilized gimbal with an integrated optoelectronic system. It is equipped with a high-sensitivity daylight camera with 2K resolution and a 175° field of view, as well as a thermal imager (640×512, 50 Hz) with a 30° field of view, ensuring precise object detection and tracking at any time of day. The system is suitable for surveillance, monitoring, and security applications, providing reliable performance even in challenging weather conditions. Its compact design and compatibility with various platforms make it a versatile solution for professional use.
IRIDEX ROBOTICS
Gyrostabilized mount with an optoelectronic system Object Recognition Tracking Gimbal ORB-80.3
The Gimbal ORB-80.3 is a compact 2-axis stabilized system designed for dynamic object recognition and real-time tracking. It features a high-resolution thermal imaging camera (640×512, 50 Hz) with a low NETD <40 mK for enhanced thermal sensitivity, as well as an ultra-wide-angle daylight camera with 2K resolution (175° FOV), providing comprehensive situational awareness. Designed for mobile applications requiring rapid response, the ORB-80.3 stands out with an optimal balance of size, performance, and versatility. It is ideal for installation on vehicles, transport systems, and other mobile platforms, ensuring stable imaging and precise detection in various operating conditions.
IRIDEX ROBOTICS
Power distribution board with Signal processing board Kit IRDX-PD8/4-200.Premium line
Power distribution board with Signal processing board Kit IRDX-PD8/4-200.Premium line is a versatile power and signal management module designed for complex electronic systems. It combines precise current measurement with synchronized PWM motor control, optimizing both power distribution and communication in a single compact 80×80 mm board. Multiple I/O connectors and dual power support provide flexibility for integration into drones, robotics, and embedded platforms. Built for performance and reliability, it is a solid foundation for applications that require stable power flow and real-time signal coordination.
IRIDEX ROBOTICS
DC/DC smart converter 4,5V-60V/ 4x5V, 2x12V up to 10
DC/DC smart converter 4,5V-60V/ 4x5V, 2x12V up to 10 – is a compact, high-efficiency power module that converts input voltages from 4.5V to 60V into multiple stable outputs: 4×5V and 2×12V, supporting loads up to 10A. Designed for modern embedded and mobile systems, it provides clean and reliable power distribution for a variety of components. The smart dual-board configuration provides flexibility in voltage scaling and system integration. This converter is ideal for robotics and industrial electronics, ensuring stable operation even in harsh environments.
IRIDEX ROBOTICS
Control module for onboard sensor systems and load systems SeNBT-T65
Control module for onboard sensor systems and load systems SenNBT-T65 is a special device used in agriculture to collect and analyze data from various sensors installed on agricultural machines and equipment. This unit can monitor parameters such as soil moisture, temperature, air humidity, fuel level and other important indicators.
IRIDEX ROBOTICS
Mini6 USB camera 9
Mini6 USB camera 9 mm — Compact and lightweight device with high lens protection. It supports 8 color palettes, including “White Hot” and “Rainbow”, for various shooting conditions. The camera provides high-quality video thanks to the H.265/H.264/MJPEG compression standards and weighs less than 12 g. With dimensions of 21 mm x 21 mm, it is convenient to use, which gives it an advantage.
IRIDEX ROBOTICS
Navigation System NAVGP-1.1m
Навігаційна система NavGP – 1.1m is designed for precise location and navigation of vehicles. The navigation module is used in construction, agricultural machinery, water transport and unmanned aircraft to determine the location and orientation of users. It plays a crucial role in facilitating movement and solving navigational tasks in real time.
IRIDEX ROBOTICS
Engine Control Unit
This specialized controller is primarily designed for remote control of internal combustion engines. It is used for remote control of engines of agricultural, construction machinery, water transport and unmanned aerial vehicles with internal combustion engines. The engine control unit optimizes engine operation, increases its efficiency and safety. It allows you to automatically adjust speed, control flight altitude, and adapt the equipment to different conditions and the external environment.
IRIDEX ROBOTICS
Steering Control Unit
The steering control unit improves the steering mechanism, allowing construction machinery, agricultural machinery, water transport or unmanned aerial vehicles (with internal combustion engines) to be controlled remotely, without the need for a pilot to be present inside the vehicle. The ability to control remotely emphasizes the precision and safety of vehicle movement, increases equipment efficiency, and reduces the physical strain on the operator.
Both the engine control unit and the steering control unit ensure operational efficiency, adaptability and safety, while meeting environmental standards and operational requirements.
IRIDEX ROBOTICS
Main navigation system NavGP-1.3
A navigation system is used to accurately determine the location and navigation of vehicles. Navigation modules are used in construction, agricultural machinery, water transport and unmanned aircraft to determine the location and navigation of the user. They play an important role in facilitating movement and solving navigation problems in real time.
IRIDEX ROBOTICS
Power control unit RMDB-P1
An important component of power supply systems, responsible for switching and distributing electrical energy between various modules and equipment, and is also actively used to control automation.
This device not only provides reliable and stable power supply, but also has the ability to monitor and analyze network parameters in real time. In particular, it can detect and respond to potential problems such as overload, short circuit or voltage instability to prevent equipment damage and power outages.
IRIDEX ROBOTICS
Jasper
Jasper is a device for highly accurate calculations of geographic coordinates (latitude, longitude, and altitude) in the absence of satellite navigation signals in third-party communication systems for use in civilian unmanned aerial vehicles. Straight operates on the basis of signals from global navigation satellite systems or other sources of geospatial information.
IRIDEX ROBOTICS
Electronic systems main control module GSCB-M1
This module is a key component of the automation system, responsible for controlling and coordinating the operation of other subsystems, components and sensors. The module centralizes the functions of control, decision-making and command execution.
GSCB-M1 is used for control automation in agricultural, construction and marine machinery. It is compatible for installation on unmanned aerial vehicles with internal combustion engines. The implementation of an automatic control system not only optimizes the use of resources, but also increases work efficiency, reducing risks and costs.
Why choose IRIDEX ROBOTICS?
We strive to become your reliable partner who will help take your business to the next level. Our solutions are aimed at automating routine processes, minimizing the impact of the human factor, and ensuring sustainable development.