The $71 Million Contract
On March 17, 2026, the US Navy awarded Pittsburgh-based Gecko Robotics a five-year indefinite-delivery, indefinite-quantity contract valued at up to $71 million to deploy its wall-climbing, AI-powered inspection robots across 18 Pacific Fleet warships. The contract covers destroyers, amphibious warships, and littoral combat ships — vessels that form the backbone of America's Pacific presence. The initial award is valued at approximately $54 million, with options extending the total to $71 million. It represents one of the largest single contracts ever awarded for autonomous robotic ship inspection.
How the Robots Work
Gecko's robots aren't your typical industrial drones. These are purpose-built machines designed to operate in the harsh, confined environments of naval vessels. Wall-climbing robots use magnetic wheels or vacuum suction to scale vertical steel surfaces — hull exteriors, ballast tanks, fuel tanks, and engine room walls. They carry arrays of ultrasonic sensors, cameras, and thickness gauges that can detect corrosion, cracks, and material degradation invisible to the human eye. Flying inspection drones navigate through tight interior spaces — pipe galleries, void spaces, and areas too dangerous or inaccessible for human inspectors. All data feeds into Gecko's AI platform, Cantilever, which creates digital models of each ship's structural condition. The platform analyzes millions of data points to identify potential failures, prioritize repairs, and track degradation over time.
Why This Matters: The 80% Readiness Goal
The US Navy has set an ambitious target: achieve 80% fleet readiness by 2027. Currently, ship maintenance backlogs and extended dry-dock periods are among the biggest obstacles. A single destroyer inspection can take weeks of manual work, with human inspectors entering confined spaces, scaffolding hull exteriors, and cataloging thousands of individual measurements. Gecko's robots can complete the same inspection in days, identifying repairs up to 50 times faster than traditional methods. Early deployments on the first destroyers saved approximately three months of planning and execution time. At scale across 18 ships, the time and cost savings are transformational.
The Strategic Context: China's Naval Expansion
The contract comes against the backdrop of China's rapid naval expansion. The People's Liberation Army Navy now operates the world's largest fleet by number of vessels, and its shipbuilding capacity vastly exceeds America's. The US cannot match China ship-for-ship. Instead, the strategy is to maximize the readiness and capability of existing vessels — keeping more ships operational, more of the time. Robotic inspection is a force multiplier that doesn't require building new ships, just maintaining existing ones more efficiently.
TSS's Perspective
At TSS, we see this as a validation of a principle we've advocated since our founding: the future of structural engineering — whether for buildings, bridges, or warships — is intelligent, automated, and data-driven. Gecko's approach mirrors what we believe every critical structure should have: continuous monitoring, predictive maintenance, and AI-powered analysis that catches problems before they become failures. The same technologies being deployed on Navy warships will eventually transform how we inspect and maintain civilian infrastructure — dams, nuclear plants, skyscrapers, and bridges.
The future of structural inspection isn't human eyes. It's robot eyes, powered by AI.