Technologies built through funded government programs, SBIR and STTR contracts, and direct military delivery. A record of what C2-I Engineering has designed, proven, and put in the field.
Four lines of work. Every one was funded, engineered, and put in the hands of the organization that needed it.
Marinized robotic crawlers fielded by the U.S. Army Corps of Engineers, the U.S. Marine Corps, the UK Ministry of Defence, and Scripps Institution of Oceanography. One platform handles mapping, monitoring, water sampling, and UXO neutralization across estuarine, riverine, and surf-zone terrain.
200 net systems designed, manufactured, and delivered to the U.S. Army. A full production run held to defense specification on a compressed timeline, from the first requirement to the last unit out the door.
Novel variable explosive yield concepts, developed under SBIR contract. Carried from first concept through engineering and prototype to a deliverable that met government specification.
The Pad Eye Grid System (PEGS), developed under SBIR contract. A tie-down solution engineered for the operational and transport conditions that defeat standard hardware.
The platform in this photograph is on station at the waterline with its survey mast raised, collecting live data. This is where every C2-I program is judged: in the environment the customer actually operates in.
The programs on this page span robotics, counter-UAS, and energetics. The engineering discipline underneath them does not change.
Every program begins with the operational requirement, not a modified product sheet. C2-I designs to what the mission actually demands, which is why the work reaches environments and conditions that catalog hardware cannot.
A system is not finished when it works on the bench. C2-I tests against the real environment, the surf, the current, the contamination, the dust, before a customer ever takes delivery. Field performance is part of the engineering, not a step that follows it.
C2-I develops technology through SBIR, STTR, and direct contract, then moves it from prototype to fielded capability. The work is engineered from the start to survive the transition from a research program into the hands of an operational customer.
The team that designed and delivered every system on this page is one message away.
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