Introducing “rovAR” – The Future of Engaging, Accessible Education in ROV Design and Motion Physics
Are you a teacher, mentor, or informal educator eager to inspire the next generation of innovators in ROV design? Look no further! “rovAR” is the latest Ed-App from the National Center for Autonomous Technologies, designed to present the Physics of Remotely Operated Vehicle (ROV) motion right to your fingertips.
Interactive AR Simulations:
rovAR offers a cutting-edge augmented reality experience, allowing users to visualize individual and net force vectors and interact with ROV motion like never before. Simulate real-world scenarios and pilot various ROV configurations without the need for costly equipment or a water-filled pool.
Enrich Learning Experiences:
Addressing the MTS/MATE community’s demand for engaging teacher training and interactive simulations, rovAR enhances existing instructional materials and student learning opportunities.
Inclusive and Accessible:
rovAR is designed with Diversity, Equity, and Inclusion (DE&I) in mind. It offers isolated participants the chance to engage with ROVs and experience the thrill of piloting without the barriers of purchasing kits.
Support and Build Communities:
Help bridge the “COVID hole” by supporting team development and rebuilding student competition pipelines. rovAR aims to increase participation in the MATE ROV Competition and foster a community of skilled creators and problem-solvers.
Accessible Anytime, Anywhere:
As an Android application, rovAR allows users to engage with ROVs and experience immersive learning at their convenience, without the need for specialized equipment.
Get ready to inspire your students and ignite their passion for technology with “rovAR.” This transformative tool is the perfect first touchpoint for anyone interested in ROVs, providing a seamless entry into this fascinating world.
Join the future of education with rovAR, and empower your students to design, pilot, and innovate with confidence!
Introducing “rovAR” – Dive into the Exciting World of ROV Design and Motion Physics!
Are you a student, enthusiast, or MATE ROV Competition participant looking to take your skills to the next level? “rovAR” is the groundbreaking Ed-App from the National Center for Autonomous Technologies, designed to build your understanding of the Physics of Remotely Operated Vehicle (ROV) motion and revolutionize your ROVs design process.
Interactive AR Simulations:
Experience ROV piloting like never before with rovAR’s cutting-edge augmented reality technology. Visualize and interact with various ROV configurations in real-world scenarios without the need for a pool or equipment.
Fast-Track Your Learning:
rovAR enhances your understanding of ROV design and operation with hands-on simulations. Experiment with your own custom thruster configurations to see how they impact ROV performance before committing to your ROV build.
Practice Anytime, Anywhere:
With rovAR installed on an Android device, you can simulate custom thruster configurations and practice piloting wherever you are. Perfect your skills and boost your confidence with this accessible, user-friendly app.
Customize Your Experience:
The app also offers 12 learning sessions, each with pre-defined thruster configurations to help you explore the Physics of ROV motion and visualize individual and net force vectors. Test and iterate designs virtually, accelerating your build and design process.
Prepare for Competitions:
Whether you’re competing in the MATE ROV Competition or just passionate about ROVs, rovAR gives you a competitive edge. Hone your skills, refine your strategies, and get ready to make a splash in the ROV community.
Join a Community of Innovators:
rovAR connects you with a network of peers and mentors who share your passion for ROVs. Learn from others, share your experiences, and grow together in this vibrant community.
Get ready to immerse yourself in the world of ROVs with “rovAR.” Perfect your craft, expand your knowledge, and dive into a future of innovation and discovery.
Unlock your potential with rovAR – the ultimate tool for aspiring ROV designers and enthusiasts!
Preparing Students &
Working-Adults for High Technology Careers
ROVAR was developed through a collaboration of NSF ATE Centers and a non-profit educational organization. Collaborators include the National Center for Autonomous Technologies and MATE Inspiration for Innovation.
The simulation itself was designed by Nicolas Fish and Mike Pesavento, ROVAR was developed to give students a real-world experience, while learning about the physics involved with underwater ROV.
3 Motor Centered
Torque (horizontal plane, yaw) – narrow vs. wide motor separation
3 Motor Inboard
Torque (vertical plane, pitch) – motors just below CoM vs. motors far below CoM
3 Motor Outboard
Vertical plane motor torque canceled by an increase in pitch
3 Motor Vectored Vertical
Vertical plane motor torque canceled by adjusting the CoD (drag forces)
3 Motor Vectored Horizontal
Vectored horizontal motors will not produce an orthogonal sway (crabbing)
3 Motor Outboard Angled
Vectored vertical motors can produce orthogonal sway but not without roll
3 Motor Power Ramping
Hidden disadvantages of weak CoM/CoB separation (static vs. dynamic)
3 Motor Torque and Drag
Hidden disadvantages of weak CoM/CoB separation (static vs. dynamic)
4 Motor Centered
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4 Motor Vectored Vertical
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4 Motor Vectored Horizontal
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