Why Opportunity Charging Is Winning as Robot Fleets Scale

Keeping a growing fleet of autonomous robots powered is becoming one of the defining operational challenges in industrial automation. In Episode 266 of The Robot Report Podcast, the discussion centered on exactly that problem — and on why opportunity charging is gaining ground as fleets scale.

The Wireless Charging Play

The episode's guest, Ben Waters, is the CEO and co-founder of WiBotic, a company that develops wireless charging solutions and fleet-wide battery management software for industrial mobile platforms. The core idea is straightforward but consequential: WiBotic's technology allows robots to charge throughout their normal workflow, rather than being pulled out of service for dedicated charging sessions.

The stated goal is to increase the uptime, ROI, and safety of robot fleets. Notably, the approach is platform-agnostic — WiBotic's technology supports AMRs, drones, floor scrubbers, and humanoids, a spread that reflects just how fragmented the mobile robotics landscape has become.

"The company's mission is to energize businesses with autonomous systems to grow and scale without limitation, while creating a workplace filled with brilliant people who are passionate about leadership."

Waters brings a technical pedigree to the problem. He holds a Ph.D. in Electrical Engineering from the University of Washington, along with a bachelor's degree in electrical engineering and physics from Columbia University.

Also in This Episode

Episode 266 follows The Robot Report Podcast's standard format, with the news of the week beginning at 4:04 and the interview with Waters starting at 24:10. The news segment covered the Roboharm project, an arrest in Philadelphia of a woman accused of blocking and protesting delivery robots, and an NHTSA petition alleging that Tesla's robotaxis blew through school zones — a reminder that public acceptance of autonomous systems remains anything but settled.

The episode is sponsored by WiBotic, so listeners should weigh that context accordingly. Still, the underlying engineering argument — that charging infrastructure must adapt to the robot, not the other way around — is one manufacturing professionals will recognize from their own floor.