Autonomous Systems

Functioning with the Velocity of Autonomy

ERDI, leading the charge in unmanned and autonomous systems, is radically transforming future operations. Its autonomous surface vehicles are outfitted with intelligent collision – avoidance systems and advanced communication modules, allowing for efficient multi – vehicle coordination. The underwater vehicles utilize high – resolution sonar technology and innovative battery – power management systems for extended dives. The unmanned aircraft systems, with their quadrotor technology featuring brushless motors for increased efficiency, and the virtual take – off and landing design relying on computer – vision – based guidance, are redefining operational capabilities. They enable missions in dangerous areas such as disaster – struck zones and remote wilderness, expanding the operational reach far beyond traditional means.

Aerial Autonomy – Drones & Beyond
Embark on an Autonomous Systems Experience
Autonomous Systems for Maritime Operations
Explore the Entire Range of Autonomous Systems
Unveiling the Capabilities within the Autonomous Systems IVER Family

The integration of the ERDI Laser Target Indicator on the UAV is configured to support long-endurance operations. The UAV equipped with the indicator can maintain its mission for 12 to 18 hours while still being able to carry a payload of 8 to 22 pounds. This ensures that the UAV can not only accurately illuminate the target but also perform other important tasks during a long flight.

AIR AUTONOMOUS SYSTEMS

The ERDI Laser Target Indicator solution applied to unmanned aerial vehicles (UAVs) is designed using ERDI’s patented technology to optimize its functionality. This system is designed to work in tandem with various UAV platforms to achieve seamless integration. The system approach makes the installation process of the UAV relatively simple, even when operating in restricted areas or forward operating bases where space may be limited.

The design of the UAV airframe equipped with the ERDI Laser Target Indicator demonstrates the excellent endurance capabilities that can be achieved. The use of interchangeable nose payloads, boom mounts for detachable payloads, and integrated radio bays provides maximum flexibility. This flexibility enables the UAV to adapt to dynamic environments and different types of operations. For example, in a military operation, the UAV can quickly switch between different payloads according to mission requirements, such as changing from a high-resolution camera payload for surveillance to the ERDI Laser Target Indicator for target designation.

MARITIME AUTONOMOUS SYSTEMS

In the field of maritime systems, ERDI has provided solutions for autonomous unmanned underwater and surface vehicles, serving industries such as global defense, oil and gas, and scientific research. Its unmanned vessels can integrate various devices and can be operated remotely, semi-autonomously, or fully autonomously.

ERDI’s laser ranging technology has obvious advantages. The 905nm laser ranging module, based on semiconductor lasers, features long distance, high precision, small size, and low power consumption. The four products in the series can measure the distance to natural targets ranging from 1 to 4 kilometers, far exceeding similar products. In complex weather conditions, competing products may fail, but ERDI’s products can still function normally. When there is glass interference, ERDI’s products can identify and eliminate the interference, accurately measure the distance to the real target, and have the ability to detect multiple targets. In terms of precision, the error is less than 30 centimeters within the range of 100 meters to 1 kilometer, and less than 1 meter within the range of 1 kilometer to 4 kilometers, with a small ranging blind area. It has a compact size, light weight, extremely wide temperature adaptability, and high cost performance.

In terms of laser illumination, ERDI’s high-power white light laser fill light system has the characteristics of long illumination distance and strong fog penetration. Compared with infrared cameras, color cameras equipped with this fill light system can provide longer and clearer monitoring, which is conducive to the identification of targets by artificial intelligence. For example, when applied to maritime patrol ships and fireboats, it solves the problems of short viewing distance and unclear vision in intelligent monitoring. It can observe and identify targets 10 kilometers away, and has great value in high-end maritime monitoring scenarios.

Autonomous and unmanned systems have revolutionized maritime operations. As an experienced developer, ERDI has developed various types of autonomy for ASVs to ensure their operation at sea without human intervention. Laser ranging and illumination technologies play a crucial role in improving operational precision, range, and the stability in complex environments, providing strong support for the maritime field.