Up, Up and Away: NDT Made Easy with the Elios3 UT Payload
Watch how the UT Payload turns the Elios 3 into a flying UTM gauge that can take accurate thickness measurements backed up with high-resolution A-scans in the most challenging areas. This simple-to-operate UAV offers a safe, efficient alternative to existing NDT methods in remote and/or hard-to-reach areas.
Not only does the Elios3-UT payload combination offer consistent and reliable readings, courtesy of its smart couplant onboard dispenser and dynamic probe arm, it can also be used for surface preparation. An interchangeable cleaning module can be attached for a pre-inspection flight to ensure debris removal before readings are taken.
With multiple probes for different surface inspections (2Mhz-7.5Mhz), this innovative robotic tool transforms at-height inspections. Turn a high-risk, high-cost procedure into one that can be easily performed, reduces timescales, is more cost-effective and removes the associated risk of direct human intervention.
Discover more at https://nexxis.com/product/elios-3-ut-payload/
Jason De Silveira, founder and CEO of Nexxis Technology, has always had a sharp focus on robotics, education, and real-world solutions. Throughout his career, he’s stayed committed to pushing the boundaries of robotics and helping industries strengthen their approach to asset integrity and robotic inspection.
With a background in operations, commissioning, and start-ups of new facilities, Jason leads Nexxis with a hands-on understanding of what real projects demand. Under his leadership, Nexxis has become known for developing innovative robotic systems that deliver better data, boost safety, and take the risks out of confined space and working-at-height inspections.
What makes Jason stand out? A passion for innovation, a proven ability to bring people together, and a genuine drive to help clients get the right solution — not just an off-the-shelf fix. With a strong focus on customisation and future-ready technology, he’s helping to shape the next generation of robotics.
