Discover the Future of Acoustic Inspection

The CRY2626G UAV Acoustic Imager

High Efficiency in Every Flight
Learn More
Previous slide
Next slide

Key Features

Instructional

The CRY2626G UAV Acoustic Imager represents a significant advancement in acoustic inspection technology. Equipped with an imaging system that combines microphone beamforming technology and real-time video capture, this acoustic imager is the definitive solution for identifying and analyzing sound emissions in complex industrial environments.

Noise-Resistant Design

With advanced noise reduction algorithms and a robust structure, detect subtle acoustic signals even in the most challenging environments.

Intuitive Operation

The simplified user interface allows rapid adjustments of test range and dynamic range, maximizing field efficiency.

Drone Integration

Fully compatible with high-performance drones such as the DJI M300RTK, allowing quick installation and removal by a single person.

High Precision Acoustic Imaging

With 128 MEMS channels and a frequency range from 2kHz to 48kHz, locate sources of partial discharge with unprecedented clarity

Quality After-Sales Service

Two-year warranty with 24-hour response and a team of experts always ready to support.

Transform Your Inspection with Cutting-Edge Technology

Ideal for locating pressurized gas leaks and identifying faults in energy systems, the CRY2626G is an indispensable tool for engineers and technicians who demand precision and efficiency. Follow real-time acoustic images overlaid on video, facilitating immediate identification of potential problems.
Ideal for locating pressurized gas leaks and identifying faults in energy systems, the CRY2626G is an indispensable tool for engineers and technicians who demand precision and efficiency. Follow real-time acoustic images overlaid on video, facilitating immediate identification of potential problems.

Ready for the Future

Equipped with edge computing capabilities for recognizing types of partial discharges, the CRY2626G not only detects but also analyzes faults, guiding more informed decisions and proactive failure prevention. Elevate your aerial inspection capability with the CRY2626G UAV Acoustic Imager. Contact us today for a demonstration!
Equipped with edge computing capabilities for recognizing types of partial discharges, the CRY2626G not only detects but also analyzes faults, guiding more informed decisions and proactive failure prevention. Elevate your aerial inspection capability with the CRY2626G UAV Acoustic Imager. Contact us today for a demonstration!

Instructional

Detailed Functionalities

Microphone Array Beamforming Technology
The CRY2626G uses an array of microphones to capture sound directionally. This technology enables the device to precisely identify the origin of sound emissions, even in an environment with multiple noise sources.
High Definition Integrated Camera
The high-definition camera accompanying the imager is essential for synchronizing video with acoustic data. This allows visualizing the sound source while viewing the video, facilitating quick localization of issues such as leaks or electrical discharges.
Intuitive Remote Control Interface
The device is operated via a remote controller, where captured sound data is dynamically presented. This allows the operator to make real-time adjustments to focus on different sound sources or areas of interest. Use Cases
Easy to Use
Despite its advanced technology, the CRY2626G is designed to be easy to operate, with minimal adjustments required, making it accessible even to less experienced operators.
Leak Detection in Industrial Facilities
In factories using pressurized gases or air systems, the CRY2626G can quickly locate leaks, helping to prevent operational losses and safety risks.
Energy System Maintenance

In the energy sector, especially in substations and power plants, the ability to detect partial discharges early can prevent equipment failures and service interruptions. 

Mobility and Flexibility
By integrating into a UAV (drone), the CRY2626G can access areas that would be difficult or dangerous for human inspections, such as large industrial facilities or power transmission lines.
Precision and Reliability
With the ability to distinguish between different types of sounds and frequencies, the imager provides detailed and reliable analysis, crucial for informed decision-making in preventive and reactive maintenance.

Technical specification

Acoustic Parameter
Number of microphones 128 MEMS channels
Frequency range 2kHz~48kHz
Test sound pressure level range 28dB~132dB
Acoustic cloud maps /imager view 62°
Minimum frame rate for acoustic cloud map 25FPS
Test Distance 0.5m~30m
Imager
Imager FOV 62°
Imager focal length 3.04mm fixed focal length
Imager pixel 8 million pixel
Storage
Internal storage 8GB
External storage TF memory card, at least 64G, expandable to 256G
Data storage format .jpg (Picture), .mp4 (Video) and .wav (Recording)
Video length 5mins
Digital export TF Card
Operating Environment
Operating temperature -20℃- +50℃, 10%-95% No condensation
Storage temperature -20℃ – +60℃
Altitude Less than 5000m
Gimbal
Pitch -90°~0° (horizontal line 0°)
Course -90°~+90° (0° directly in front of the drone)
Resolution 1°
Power
Voltage Same as 'SKYPORT, DC12V'
Power interface Same as 'SKYPORT'
Power consumption 10W
Device
Protection Class IP42
Overall equipment dimensions fold: 210*230*260mm, spread: 340*232*167mm
Weight 1400g
Duration of flight 30min
Installation SKYPORT V2
Warranty 2 years
Self-diagnostic notification Array-health test function to identify when microphone array needs attention
Drones (optional)
Model DJI M300 RTK, DJI M350 RTK
Language
Language Chinese, English
Software
Protocol DJI PSDK Protocol
Report types Gas/Electricity, ISO 50001-compliant
Analysis PRPD Spectrum