Leading an emerging industry while providing our customers
with innovative solutions.
Introducing the UHS-1
The UHS-1 is an unmanned aerial system that carries a remotely operated vehicle as its payload. The UAS can fly to a location and land on the water, acting as a communications hub for the ROV.
The ROV is managed by a winch and tether system above the water, making the whole system manageable from a single base station. Rail systems on the ROV allow auxiliary equipment such as sediment samplers, sonar, and water quality sensors.
Cameras |Sonar | Lights | Samplers | Sensors
Customize your model to fit your individual needs. We’ll help you find the best fit for your application.
Intelligent Data Acquisition
HD Video | Images | GPS | Depth | Temperature
The H1 comes standard with all the basic features you’ll need.
Environmental Research |Emergency Response |Inspection Services.
Respond quickly and efficiently using the H1’s built-in GPS guidance and ROV deployment system.
How It Works
Choose from a fully capable base-model or create a custom vehicle for your solution
Need Something Custom?
We’ll work with you to build a custom solution
Tell Us What You Need
We’ll work with you to create a custom system for your specific needs.
We Send You The System
We send you the system and detailed instructions to get you started.
You Get The Job Done
You use the system right away to get the job done.
Emergency Spill Response
Meet the Team
Founder & CEO
Matt Goddard is a former combat engineer in the U.S Marine Corps. He studied Unmanned Aerial Systems at Northwestern Michigan College and has over 8 years’ experience in the UAS industry. Matt plays an instrumental role in the vision and development of Hybrid Robotics.
Founder & Head of Subsea Systems
Clayton Harbin studied Marine Technology at Northwestern Michigan College. Clayton’s background consists of Remotely Operated Vehicles (ROVs), Hydrographic Surveying, Sonar Systems, and GIS. Clayton oversees all subsea activities and developments at Hybrid Robotics.
Founder & Head of Research and Design
Aaron has more than five years of experience in electrical and mechanical system design. He is working towards Northwestern Michigan College’s Marine Technology bachelor program. Aaron is the lead research and development officer at Hybrid Robotics.
Founder & Head of Unmanned Aerial Systems
Coming from a long RC background, Ryan has over 12 years of experience with remote controlled vehicles. He has a degree in Unmanned Aerial Systems from Northwestern Michigan College and is a fully licensed UAS pilot. Ryan is the chief UAS expert for Hybrid Robotics and oversees all aerial operations.