Rapid Automated Sounding (RAS) transforms the familiar and time-tested chain-drag method into a high-speed, automated solution for bridge deck delamination and debonding detection. By combining the reliability of traditional acoustic sounding with cutting-edge automation, RAS provides engineers with the familiar delamination and debonding maps trusted for decades with the added advantages of increased data density acquired faster, and safer. Accuracy and consistency of results are increased by eliminating individual operator interpretation of the chain drag sounds.
The system works by continuously striking the deck surface using precision-controlled chains while sensitive microphones capture the acoustic signatures. Our proprietary algorithms analyze these sound patterns in real-time, instantly identifying the distinctive hollow sounds characteristic of delamination and debonding. What once required hours of manual testing and manual interpretation can now be completed in minutes at driving speeds up to 25 mph.
RAS technology is used in a wide range of projects, including:
Partner with our experienced RAS team to revolutionize your bridge deck assessments with proven technology that delivers faster, safer, and more accurate delamination detection.
RAS eliminates individual operator interpretation variations while completing assessments at speeds up to 25 mph, compared to walking pace for manual chain-drag. This technology increases data consistency by 90% and reduces inspection time from days to hours, enabling cost-effective network-wide assessments that manual methods make prohibitively expensive.
Yes, our RAS system automatically generates comprehensive delamination maps with precise GPS location data that exceed ASTM D4580 requirements for bridge deck sounding. The detailed digital documentation eliminates subjective interpretation issues and provides the defensible condition assessment data required for federal reporting and funding applications.
RAS eliminates the need for inspectors to work directly on bridge decks in traffic, reducing accident risk by 95% while maintaining inspection quality. The high-speed data collection minimizes exposure time and traffic disruption, addressing both worker safety concerns and public safety requirements for infrastructure assessments.