Radiological, Survey, and Inspection Robots
Robots are most valuable when they can effectively replace human involvement. We have developed robots and robotic solutions to detect radiation, provide surveillance and security, and inspect rocket engines. Outside of safety concerns, robots are able to survey terrain and objects quicker and more accurately than people. Our team of engineers are well educated and experienced with designing and developing robots with GPS, compasses, and various sensors; we can create the survey or inspection robot you need in a timely, cost effective manner.
X-Ray Robot for Rocket Testing
This robot carries over 1000 pounds of X-ray equipment for inspecting rocket engines during tests.
Features
- Dimensions (LxWxH): 7ft x 4ft x 3ft
- Carrying Capacity Exceeding 1,000 pounds
- 12-Inch Wide Steel Reinforced Rubber Tracks
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GPK-32 Crawlspace Inspection Robot
This robot is ideal for crawl spaces under houses and in attics when inspecting houses.
Features
- 1080p HD Video/Image Recording
- Easy to Swap DeWalt/Milwaukee Battery
- Live video feed
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Radioactive Material Detection Robot
This robot platform was used to scan over hillsides finding pieces of depleted uranium from explosives testing. Four Ludlum radiation detectors, a compass, encoders, and a GPS with wavepoint correction were integrated together to pinpoint the location of hot areas on the hillsides. We provided the custom computer control interface that the user drove the robot with. The program recorded the movements, positions and sensor reading, battery voltage, incline, etc.
Features
- Ludlum Radiation Detectors
- Custom Control Interface
- GPS-Assisted Location Markers
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Power Generator Inspection Robot
Built for Veracity Technology Solutions, an AGC Aerospace & Defense company. This robot can adjust to fit the outside of large pipes beginning at 35 inches and increasing from there. An arm-mounted ultrasonic sensor allows the robot to measure the walls of the pipe. It can determine the thickness of the pipe walls, as well as help locate any defects or damage. Used to scan the retaining rings of power generators, this robot makes maintaining these systems easier and less hazardous.
Features
- Adjustable to fit different circumferences
- Captures ultrasonic data for 3D reconstruction
- Non-intrusive inspections
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Pipe Inspection Robots
Over the years, our engineers have built a lot of compact robots for inspecting pipes. One of our robots could fit into pipes only 4-inches wide! That robot used temperature sensors to monitor the heat levels of the pipe and would relay a video feed from its IR camera to the operator. The design provided an affordable compact system that was easy to use.
Another of our robots can fit into an 8-inch pipe and also adjust its frame in wider pipes. This always keeps the robot in the center of the pipe, allowing its camera to pan and tilt to spot every detail. The sweeping motion of the camera covers up to 360° pan/yaw and 90° of tilt. The robot uses encoders to track its position and travel distance.
Features
- Compact Chassis Designs
- Can carry a variety of sensors and equipment
- Customizable to meet your needs
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Abandoned Mine Exploration
This is a robot that was built for a mining company to drive into abandoned mineshafts to search for potash leftover from years ago. SuperDroid Robots built the platform to carry camera equipment and an array of other sensors to get feedback from underground. The platform was waterproof up to 50 feet.
Features
- Waterproof up to 50ft
- Durable All-Terrain Chassis
- Powerful Suite of Sensors
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Media
Mine Inspection Robot
This robot was built to inspect potentially dangerous areas of a mine before sending humans in. It features a full HD video system with a PTZ camera, 10" tiller tires, and a custom wireless tablet interface with thumb joysticks.
Features
- Wireless Tablet Interface
- HD Pan/Tilt/Zoom Camera
- All-Terrain Tires
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Long-Distance Mine Inspection Robot
This robot was built to be sent hundreds of feet down a mineshaft. Since it has to travel such long distances, fiber-optic cable was used for minimal signal degradation. This robot is a modified version of our IG42 SB Enclosed ATR with 10" tiller tires, a pan-and-tilt system with a zoom camera, and a custom roll cage. We also built a spooler that would feed the fiber-optic cable on and off the spool.
Features
- Fiber-Optic Cable
- All-Terrain Chassis and Tires
- Custom Roll Cage
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