The groundbreaking ELIOS 3 UT Payload transforms the landscape of ultrasonic testing (UT) within constrained environments through the precision of drone technology.

With its ability to provide instantaneous analysis, improved mapping capabilities, and streamlined surface preparation, it establishes unparalleled benchmarks for inspections conducted in demanding surroundings.

This cutting-edge ELIOS 3 UT Payload redefines the conventional approach to UT by seamlessly integrating advanced drone-based methodologies, ensuring enhanced efficiency and accuracy in assessing intricate spaces.

Its real-time analysis feature empowers inspectors with immediate insights, facilitating prompt decision-making and efficient problem-solving during inspections.

Moreover, the ELIOS 3 UT Payload's advanced mapping functionalities offer a comprehensive view of the inspected area, enabling meticulous examination and precise identification of potential flaws or irregularities.

Additionally, its seamless surface preparation capabilities further streamline the inspection process, minimizing downtime and maximizing productivity.

Overall, the ELIOS 3 UT Payload represents a significant leap forward in UT technology, offering unprecedented capabilities for inspecting challenging environments with unparalleled precision and efficiency.

The Future In Confined Space Ultrasonic Testing

Presenting the ELIOS 3 UT Payload, an innovative breakthrough in confined space examination meticulously engineered through the collaboration of Flyability and Cygnus Instruments. This pioneering technology sets new benchmarks for safety and accuracy in ultrasonic testing (UT) within industrial settings.

Customized for the challenging environments of tanks, vessels, and structural elements, the Elios 3 UT Payload system provides a comprehensive solution for conducting thorough inspections from within, eliminating the need for direct human intervention. It boasts advanced functionalities, including:

a) Location-tagged UT measurements
b) Smart couplant dispenser
c) Modular probe heads for various inspection needs
d) Smart probe arm
e) Cleaning module

Designed to navigate confined spaces with utmost safety and efficacy, this ELIOS 3 UT Payload ensures each inspection is executed meticulously.

With the incorporation of a cleaning module and live A-scan analysis, the Elios 3 guarantees unparalleled accuracy and data reliability.

Enhance your asset inspection and maintenance protocols with the ELIOS 3 UT Payload, where cutting-edge technology meets the imperative for meticulous, risk-free inspections.

Advanced Modular Probes Meet Smart Arms For Superior Inspections

Introducing a payload that combines simplicity and effectiveness in ultrasonic testing within confined spaces.

This ELIOS 3 UT Payload incorporates modular probe heads and a smart probe arm, working in tandem to effortlessly accommodate different inspection requirements, guaranteeing precise and efficient outcomes across a wide range of industrial applications.

This refined methodology not only improves safety but also streamlines processes in demanding environments, establishing a fresh benchmark for accuracy in asset inspection.

Maximizing Efficiency In Inspections With Live-A-Scan And Mapping

Presenting two essential features in the ELIOS 3 UT Payload that optimize the inspection workflow: the live A-scan and enhanced mapping capabilities.

Working in harmony, they combine real-time data analysis with spatial awareness, streamlining intricate inspection tasks.

The live A-scan promptly assesses material conditions, while the enhanced map facilitates thorough coverage and navigational efficiency.

Together, these tools enhance inspection precision and efficacy, providing a straightforward method for managing and preserving assets within demanding surroundings.

Enhanced Live Map

Presenting the ELIOS 3 UT Payload's latest addition: the upgraded live map, a pivotal asset for optimizing confined space inspections.

This feature offers a dynamic visual representation of the inspection area in real time, superimposing UT measurements with location tags onto the interactive map.

As inspections advance through successive flights, the enhanced live map diligently records all surveyed regions and pinpointed areas of interest, guaranteeing exhaustive coverage and streamlined data gathering.

This instant overview enables operators to evaluate project progress effortlessly and strategize subsequent inspection routes effectively, pivotal for ensuring precision and comprehensiveness in asset management.

Clean Data Meets Deep Analysis Enhancing UT Inspections

By marrying the exactitude of the cleaning module with the sophistication of cutting-edge data post-processing, this ELIOS 3 UT Payload revolutionizes the methodology behind ultrasonic testing inspections.

The cleaning module guarantees immaculately prepared surfaces, primed for precise data collection, while advanced data post-processing allows for thorough analysis and fine-tuning of UT readings.

Together, these components elevate the inspection process, enhancing both efficiency and the caliber of data analysis.

Elios 3 Cleaning Module

Featuring its specialized cleaning module, the ELIOS 3 UT Payload transforms surface preparation for ultrasonic testing by swiftly eliminating minor deposits.

This step is crucial to guarantee that the Elios 3 UT probe head can obtain precise measurements on pristine surfaces, devoid of any obstructions that could compromise data accuracy.

Moreover, the module seamlessly integrates with the drone's location-tagging capabilities, augmenting its functionality by facilitating precise navigation back to previously cleaned areas for subsequent measurements.

Advanced Post-Processing

Offering an unparalleled degree of refinement in ultrasonic testing, the ELIOS 3 UT Payload's advanced data processing capabilities set a new standard for precision and dependability in industrial inspections.

Through the innovative functionality of retracing A-scans within the software, operators gain the flexibility to validate measurements after flights and enhance them by pinpointing the most suitable echo signals.

This guarantees not just the precision of data but also boosts confidence in each inspection carried out.