Gecko Robotics lands the largest U.S. Navy robotics deal yet

The U.S. Navy Just Signed Its Biggest Robotics Deal Yet—Here’s Why It Matters

In a bold move to modernize its aging fleet, the U.S. Navy has inked its largest robotics contract to date, partnering with Gecko Robotics in a deal that could revolutionize how the military maintains its ships. The five-year indefinite delivery, indefinite quantity (IDIQ) contract begins with a $54 million award and has the potential to grow to $71 million, marking a significant investment in automation and predictive maintenance.

Based in Pittsburgh, Gecko Robotics specializes in creating robots and sensors designed to inspect massive industrial structures. Now, the Navy will deploy these high-tech machines to monitor the health and status of its vessels, starting with 18 ships in the U.S. Pacific Fleet. The goal? To drastically reduce downtime, cut maintenance costs, and ensure more ships are ready for action when needed.

Gecko’s founder and CEO, Jake Loosararian, explained that the company’s robots will crawl through every corner of Navy ships, creating highly detailed digital replicas—often called “digital twins”—of each vessel. These digital models will be paired with advanced software that continuously monitors the ships’ conditions, offering predictive insights and maintenance recommendations before problems escalate.

“Once you create that digital representation using robotic systems of the health and condition of these assets, and even the digitization of the environment itself, then you can accelerate how quickly you can make decisions and repair,” Loosararian said. “You want to build this living, breathing model that ensures you’re reducing days into the future that these assets have to spend out of service.”

This initiative is part of the Navy’s ambitious goal to achieve 80% ship readiness by 2027. Currently, about 40% of the fleet is unavailable at any given time due to lengthy maintenance cycles. With billions of dollars spent annually on ship upkeep—estimates range from $13 billion to $20 billion—the Navy is eager to find more efficient ways to keep its vessels operational.

Loosararian emphasized the urgency: “At a time when you need every asset you can get, that’s pretty critical. And these assets aren’t getting any younger either.”

Gecko’s relationship with the Navy began four years ago when a port engineer in Japan reached out to learn more about the company’s technology. After an initial evaluation and the development of a preventative maintenance plan, the Navy was impressed by the results. That success paved the way for this landmark contract.

Looking ahead, Loosararian envisions a future where maintenance is so predictive and precise that ships never need to go into extended dry dock cycles. Instead, repairs would be made on the fly, even while vessels are deployed. “I want to live in a world where we don’t have ships going through maintenance cycles, because we just know what’s broken and what to fix while they’re actually deployed,” he said. “That’s my vision of the future, whether it’s a military asset or it’s a power plant.”

This partnership represents a major step forward in the Navy’s digital transformation, showcasing how robotics and AI can be harnessed to tackle some of the most complex logistical challenges in modern defense. As the technology matures and scales, it could set a new standard not just for military maintenance, but for industrial asset management across the globe.

Tags: #USNavy #Robotics #GeckoRobotics #DigitalTwin #MilitaryTech #PredictiveMaintenance #AI #Automation #FleetReadiness #DefenseInnovation

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