The future of military maintenance is becoming increasingly automated. The United States Navy is preparing to deploy wall-climbing robots and autonomous flying inspection drones across vessels in the Pacific Fleet under a new contract aimed at modernizing ship maintenance operations.
According to Reuters, robotics company Gecko Robotics has secured a $71 million contract to implement robotic inspection systems and artificial intelligence software aboard U.S. Navy ships.
The program marks one of the first large-scale uses of robotics for automated naval maintenance and structural inspection.
Robots That Crawl, Climb, and Fly
Gecko Robotics builds specialized inspection robots capable of operating in difficult and dangerous environments inside large industrial structures.
These machines can:
- Climb vertical ship hulls
- Crawl through ballast tanks
- Fly through confined spaces inside vessels
- Scan metal structures for corrosion or damage
Using sensors and imaging tools, the robots collect detailed structural data about the ship’s condition.
That information is then analyzed using Gecko’s AI-powered software platform called Cantilever, which helps engineers detect potential issues early.
AI-Powered Ship Maintenance
The Cantilever platform uses machine learning to analyze inspection data and predict maintenance requirements.
According to the company, the system can identify structural problems up to 50 times faster and more accurately than traditional manual inspections.
In one documented example, a robotic inspection of a Navy flight deck prevented more than three months of potential maintenance delays.
This capability could significantly reduce downtime for naval vessels and improve operational readiness.
Expansion Across the Pacific Fleet
The contract is structured as a five-year indefinite-delivery, indefinite-quantity agreement through the U.S. government procurement system.
Under the initial phase:
- Robots will be deployed across 18 ships in the Pacific Fleet.
- The first funding allocation is up to $54 million.
- The vessels include:
- destroyers
- amphibious warships
- littoral combat ships
If successful, the program could expand to a much larger portion of the Navy’s fleet.
Scaling the Robotics Fleet
Gecko Robotics already operates around 250 robots across commercial and government industries.
With the new Navy program, the company plans to manufacture 50 to 60 additional robots this year.
Beyond military applications, the company’s inspection robots are also used in industries such as:
- power plants
- oil and gas facilities
- manufacturing plants
- critical infrastructure inspection
The Growing Role of Robotics in Defense
Military forces around the world are rapidly adopting robotics and AI systems to improve efficiency and reduce risks to human personnel.
In the case of naval maintenance, robotic systems offer several advantages:
- safer inspections in hazardous environments
- faster detection of structural damage
- predictive maintenance powered by AI
- reduced maintenance costs
These technologies are part of a broader trend toward autonomous systems in defense operations.
A Glimpse of the Future Fleet
As advanced robotics continue to improve, future naval ships may rely heavily on automated systems for routine inspections and maintenance.
Instead of human crews spending weeks inside tight and dangerous spaces, robotic inspectors could complete the same work in hours while continuously feeding data into AI-driven maintenance systems.
For modern naval fleets operating in demanding environments, such technologies could become a key advantage in maintaining readiness and reducing operational costs.
