The drone-mounted acoustic imaging camera is a state-of-the-art solution ideal for long-distance inspections of power transmission lines and gas pipelines. This advanced technology excels in detecting and identifying partial discharge (PD) types along extensive power lines, ensuring the reliability and safety of electrical assets. Additionally, it is highly effective in detecting gas leaks in pipelines, providing a comprehensive solution for large-scale infrastructure.

The drone-mounted system offers unparalleled mobility and flexibility, allowing operators to reach and inspect areas that are difficult or dangerous for humans to access. With real-time visualization and precise detection capabilities, the drone-mounted acoustic imaging camera enhances the efficiency and accuracy of maintenance operations, reducing the risk of failures and improving overall safety.

The drone-mounted acoustic imaging camera is composed of two key components, each contributing to its exceptional performance and versatility. At the heart of the system is the acoustic imaging camera, equipped with advanced sound sensors and algorithms to detect and visualize leaks and partial discharges with high precision. This imaging capability ensures accurate and real-time identification of issues in industrial environments.

Complementing the camera is the dual-axis gimbal, which provides unparalleled stability and control. The gimbal allows for precise adjustments and smooth movements, ensuring that the camera maintains a clear focus on the target area, even in challenging conditions.

The drone propellers noise is always an unavoidable issue. To mitigate drone propeller noise, the system incorporates a combination of physical noise suppression and advanced signal processing. The system employs three layers of sound-absorbing material that physically block and dampen the noise generated by the drone’s propellers.

Additionally, the innovative “HyperVision” algorithm further reduces noise by differentiating and isolating the target sound emissions from the background noise in the acoustic images.

The CRY2626G Drone-mounted Acoustic Imaging Camera brings unparalleled convenience to industrial inspections by allowing real-time result viewing directly on the drone controller. The system transmits live acoustic imaging data to the controller's display, providing operators with immediate access to critical information. As the drone navigates through complex and hard-to-reach areas, the real-time visualization ensures that leaks, partial discharges, and other anomalies are detected instantly.

The CRY2626G Drone-mounted Acoustic Imaging Camera offers seamless integration with drones through SKYPort connectivity, allowing for rapid deployment and operation. The system can be connected directly to DJI M300 and M350, enabling swift setup and takeoff within just one minute. This quick deployment capability ensures that inspections can begin almost immediately, enhancing operational efficiency and responsiveness.

In addition to its swift deployment capabilities, the CRY2626G is designed with portability. It comes with a wheeled protective case, ensuring convenient transport and ease of use in the field. This design feature is particularly beneficial for routine inspections, where mobility and quick access are crucial.

The CRY2626G Drone-mounted Acoustic Imaging Camera is complemented by  reporting software designed to enhance the analysis and documentation of inspection data. This software offers a user-friendly interface that allows operators to easily generate detailed reports from the captured acoustic images. With features like video playback and calculate potential economic losses, the software simplifies the process of interpreting inspection results.

With the CRY2626G's reporting software, the entire inspection workflow is streamlined—from data collection and analysis to report creation and distribution. This ensures that maintenance teams can quickly address issues, improve operational efficiency, and maintain the highest standards of safety and reliability.