We’re excited to share a new project we’ve been working on: the Underwater Wireless Charging System (UWCS), a wireless charging and data transfer system designed for underwater robotics.
UWCS is a wireless charging and data transfer system for underwater robotics developed in collaboration with WiBotic and the University of Washington Applied Physics Lab. It simplifies recharging and communication for autonomous vehicles by removing the need for physical connections. A vehicle can easily dock itself and begin charging and syncing data.
UWCS has two main hardware systems that work together to deliver wireless power and data:
- the transmitter + transmit coil connects to a DC power source and generates a high-frequency wireless power signal. This is the “dock” part of the system.
- the onboard charger + receive coil goes on the vehicle and collects the wireless power and converts it back into usable DC voltage the vehicle can use.
We see UWCS opening new possibilities for:
- Swarm robotics, where manual charging is impractical.
- Autonomous systems research and resident vehicles.
- Docking solutions for inspection and aquaculture.
- A wet-mateable connector replacement that avoids wear and failure.
UWCS is an early-stage prototype we’re releasing as early access to a small number of testers. We’re looking for teams with real hardware who are ready to put it to use in real-world applications. Selected participants will receive a UWCS prototype unit at no cost in exchange for feedback after integration and use.
Check out the UWCS page to learn more and apply for prototype early access!