Event
Gecko Robotics Navy Contract Ceiling Expanded to $300 Million
3 reports · 2 sources
Gecko Robotics announced that the U.S. Navy and the General Services Administration (GSA) have expanded its contract ceiling fourfold, from an initial IDIQ contract of $71 million to $300 million, with $300 million in new capacity. The initial contract was awarded about six months ago, and this expansion is intended for rapid deployment of robots across the Navy. The core of the expansion is the Komodo system: it can scan beneath deck non-skid coatings without removing them, generating a heat map of corrosion and material thickness for an entire deck, allowing maintenance teams to locate damage before a ship enters dry dock. Gecko claims its AI and robotics technology can save up to $8 million in maintenance costs per ship and return ships to sea faster; the Chief of Naval Operations has set a goal of an 80% fleet readiness rate, and Gecko says it will play a key role in that. The above savings and readiness effects are all Gecko's claims.
Report timeline
- The Robot Report's top 10 robotics developments of October 2026
The Robot Report rounds up its 10 most popular robotics stories of October 2026: Gecko Robotics received a $300 million addition to its U.S. Navy and General Services Administration contract, quadrupling the contract ceiling.
The Robot Report ·
- Gecko Robotics' U.S. Navy contract ceiling expanded to $300 million
Gecko Robotics announced that the U.S. Navy and GSA expanded its contract ceiling fourfold, from an initial $71 million IDIQ contract to $300 million, to shorten maintenance cycles and improve fleet readiness.
Robotics 24/7 ·
- Gecko Robotics US Navy contract ceiling raised to $300 million
Gecko Robotics announced this week that its contract with the US Navy and the US General Services Administration (GSA) has been increased by $300 million, raising the contract ceiling to four times the previous $71 million initial IDIQ contract. Central to the expansion is the Komodo system, which can scan beneath deck non-skid coatings without removing them, generating a heat map of corrosion and material thickness across an entire deck so maintenance teams can locate damage before ships enter dry dock.
The Robot Report ·