IN Brief:
- The Navy and GSA lifted Gecko Robotics’ IDIQ ceiling from $71 million to $300 million; the agreement runs for five years.
- Gecko’s Komodo system maps corrosion and material thickness through protective deck coatings without stripping them.
- The supplier cites possible savings of up to $8 million per ship, but has not disclosed corresponding realised savings across the fleet.
The US Navy and General Services Administration have increased the maximum value of an existing Gecko Robotics inspection contract from $71 million to $300 million, creating room for wider deployment of robotics and structural analysis software across the fleet. The revised figure is the ceiling of an indefinite delivery, indefinite quantity agreement, not an immediate payment, confirmed expenditure or guarantee that orders will reach the maximum value.
The original contracting vehicle, running for five years, was announced in March 2026, with an initial scope covering 18 ships in the Pacific Fleet and a potential first award value of up to $54 million. The October change increases the amount of work that can be ordered under the vehicle without establishing how much has subsequently been obligated. Gecko describes the expanded scope as a route to faster naval maintenance and wider use of robotic inspection, rather than a newly announced fleetwide delivery schedule.
Komodo, one of the systems at the centre of the expansion, is designed to assess steel deck structures through thick non-skid protective coatings. Conventional checks can require coatings to be removed to expose the metal underneath, adding preparatory work before inspectors can establish where material has been lost. Gecko says Komodo can scan while the coating remains in place, producing mapped information about corrosion and metal thickness over the area being examined.
The resulting deck map is intended to identify areas requiring closer investigation or repair before a ship enters drydock. That changes the sequence of maintenance planning: material condition can be assessed in advance, repair scopes developed earlier, and the necessary labour and equipment considered before the vessel is taken out of service. It does not eliminate the need to validate findings or carry out physical repairs, and a condition map is not itself evidence that a repair has been completed.
Gecko reports that its combination of robotics and artificial intelligence can identify structural problems up to 50 times faster than traditional approaches and potentially avoid as much as $8 million in repair costs per ship. These are supplier estimates describing possible benefits, not independently verified savings for every vessel or a total saving that can be multiplied across the Navy. The October material does not publish a baseline for individual vessels, completed inspection count or audited cost comparison supporting a fleetwide realised figure.
Other equipment in Gecko's inspection portfolio includes wall-climbing robots, drones and fixed sensors. According to the company, these gather condition data from hulls, decks, welds and other naval structures, which its Cantilever software then processes to help identify existing damage and emerging maintenance needs. Collecting information consistently across different surfaces may make comparisons over time more practical, although the precision and coverage of an individual survey still depend on the equipment, material, access and inspection procedure used.
Increasing the ceiling of the existing vehicle can reduce the need to establish an entirely new contracting route each time a qualifying customer places an order, but it is the subsequent task orders that turn procurement authority into funded work. The contract structure therefore separates an administrative spending limit from the specific vessels inspected, the services delivered and the sums paid. It also means a larger ceiling cannot be equated with a corresponding increase in Gecko's revenue.
Gecko and the Navy are placing particular emphasis on work planned before a maintenance availability begins. A propulsion or hull repair discovered after a ship enters a dock can require engineering assessment, specialised personnel and additional materials while the vessel is unavailable. Locating deterioration earlier can help a maintenance organisation decide which findings require immediate intervention, which can be monitored, and which work should be included in a future maintenance package, subject to the Navy's inspection and safety requirements.
The wider contracting capacity follows an earlier investment in the technology rather than a change in the physical principle of inspection. Gecko's claims concern the speed at which condition data can be collected and turned into repair planning information. Independent reporting also identifies the Atlantic surface fleet as a possible area of expansion, but no exact additional ship count or firm distribution of the $300 million ceiling has been established in the company's October figures.
Gecko has linked the expanded agreement to the Chief of Naval Operations' ambition to improve fleet readiness, including an 80% readiness target. Whether the inspection programme contributes to that outcome will depend on orders placed, maintenance decisions made from the collected data and the time needed to execute repairs. The confirmed October development is the enlargement of the contracting vehicle and the availability of more procurement capacity for the inspection work.
