Reduce Dose, Dangerous Dives, and Confined Space Entry
Let our nuclear Subject Matter Experts (SME) help you find the right platform for your next decommissioning, recommission, refuelling outage, or regularly scheduled in-service projects.
Reduce Dose, Dangerous Dives and Confined Space Entry
Replace Traditional Inspection and Work Methods with Robots
Professionals seeking industrial-grade inspection robots with a global pedigree choose Deep Trekker. Our robots are trusted by industry leaders like Westinghouse, GE, Hitachi, Duke Energy, Constellation, and NextEra for comprehensive visual examinations.
Perform High Quality Examinations of Structures
Perform VT-1 and VT-3 inspections, map sediment in low visibility, vacuum irradiated sludge, and create reactor 3D models with Deep Trekker ROVs.
Our Utility Crawler submersible robots have successfully moved waste from the harvesting of medical radioisotopes in a spent fuel bay. Equipped with our vacuum heads, they are ideal for de-sludging condensate storage tanks, RWST, and the torus. We also offer specialized vacuum solutions for intake bays, demonstrating the versatile integration capabilities or the Utility Crawler series.
Deep Trekker’s unique design ensures easy decontamination of our equipment. Our customers routinely decon our robots and get them released from containment. Our new PHOTON ROV is even small enough to fit in a SAM.
Reduce Dose, Divers and Dollars
Deep Trekker's sealed and submersible robotics aid with structural surveys and inspections, foreign-material removal, cleaning tasks, radiation protection, maintenance, and outage planning.
Confined Space Inspections
Deep Trekker’s sealed robots offer superior payload capacity and resistance to heat, humidity, silt, and radiation, making them an excellent alternative for confined spaces. Employ the NV-3 Gamma Imager or Teledyne R430 for radiometric heat maps and easy radiation detection and in confined spaces and underwater.
Create 3D models of critical assets using scanners and high-res cameras. Advanced sensor data allows 3D models for reactors, pumps, and confined spaces, aiding in tracking changes to help make engineering decisions and reduce outage overrun costs.
Equip your robot with a variety of grabber to retrieve nails, tools, and other objects from fuel bays, fuel channels, reactor cavities, torus, etc. Our Utility Crawler has even been used to move broken medical isotope vessels.
Learn more about our tailor-made robotics
Learn More About the Decon Process
Optimize Nuclear Operations with Robotics
Effortlessly inspect nuclear facilities, water pumps, and confined spaces with Deep Trekker's ROVs. Enhance flexibility, reduce costs, and conduct robotic inspections in hazardous environments.
Complete Visual Examinations to Westinghouse's Standard
Most swimming robots on the market are capable of doing basic visual inspections, but when professionals want one with an industrial pedigree that’s used globally by customers like Westinghouse, GE Hitachi, Duke Energy, Dominion Energy, Constellation, NextEra (and many others), they come to Deep Trekker. Reach out to our nuclear specialists to hear about the many inspections our equipment has been used for.
Move Waste and De-Sludge with Deep Trekker
Our Utility crawler submersible robots have been used to move waste associated with the harvesting of medical radioisotopes in a spent fuel bay and when equipped with one of our vac heads, they are the perfect tool for de-sludging condensate storage tanks and torus. We also have vacuum solutions available for intake bays. The Utility crawler series from Deep Trekker are platforms with endless integration possibilities so contact our nuclear specialists to learn more.
Deep Trekker’s unique and patented design ensures easy decontamination of our equipment. Our customers routinely decon our robots and get them released. Our new Photon ROV is even small enough to fit in a SAM.
Reduce Dose, Divers and Dollars
Deep Trekker's sealed and submersible robotics aid with structural surveys and inspections, foreign-material exclusion, cleaning tasks, radiation protection, maintenance, and outage planning.
Create 3D models of critical assets using scanners and high-res cameras. Advanced sensor data allows 3D models for reactors, pumps, and confined spaces, aiding in tracking changes to help make engineering decisions and reduce outage overrun costs.
Confined Space Inspections
Deep Trekker’s sealed robots offer superior payload capacity and resistance to heat, humidity, silt, and radiation, making them an excellent alternative for confined spaces. The NV-3 Gamma Imager or Teledyne R430 for radiometric heat maps and easy decontamination.
Collect Foreign Materials
Equip your robot with a grabber to retrieve nails, tools, and other objects from fuel bays, fuel channels, reactor cavities, torus, etc. Our Utility Crawler has even been used to move broken medical isotope vessels.
Safer Inspections From Anywhere with BRIDGE
Operate safely from control rooms or offsite locations to minimize dose while capturing viewing data. Utilize existing network infrastructure for seamless live footage sharing and recording, enabling team collaboration and enhancing visual reporting within nuclear plants.
LEARN MORE ABOUT BRIDGEAccessible from remote locations
Safer Inspections From Anywhere
Operate safely from control rooms or secure locations to minimize radiation exposure while capturing inspection data. Utilize network connectivity for seamless live footage sharing and recording, promoting team collaboration and enhancing visual reporting within nuclear plants.
LEARN MORE ABOUT BRIDGEAccessible from remote locations
