ARLINGTON, Va.â€”When officials from theÂ Office of Naval Research (ONR) showed up at the 63rd annual Naval Helicopter Association (NHA) Symposium in San Diego from May 9-12, they displayed a technology that allows helicopter aircraft commanders to â€œtake the fight away from the boat.â€
The Low-Cost Imaging Terminal Seeker (LCITS) will give helicopters, such as the MH-60 and the AH-1 Cobra that protect fleet ships, a newfound tactical advantage. (Watch anÂ LCITS video on YouTube)
The LCITS system enables pilots to designate a target, fire a rocket and move on to the next threat. This essentially offers a “fire and forget” capability, which relieves the pilot of the responsibility of guiding the weapon to the target during the time of flight, as is the case with laser-designated weapons. For pilots, that means a faster response when countering threats.
Lt. Col. Raymond Schreiner, a developmental test pilot from China Lakeâ€™s Naval Air Warfare Centerâ€™s Weapons Division in California, fired a prototype LCITS weapon and witnessed the LCITSâ€™ capability firsthand.
â€œPutting this on a helicopter gives us the ability to take the fight away from the boat,â€ Schreiner said. â€œThe LCITS technology appears to be well suited for engaging multiple, high-speed seaborne targets in a very short period of time.â€
The LCITS system comprises three main components: the algorithms that calculate targeting and transfer alignment data; a digital smart launcher; and the prototype LCITS weapon.
The system is a collaborative effort among several partners, including South Korea; the Defense Advanced Research Projects Agency; the Office of the Secretary of Defense; and the Navy International Program Office, all of which helped advance its optical sensors and infrared-seeker technologies.
â€œThe LCITS program is a wonderful example of how investments in multiple technologies can come together and produce a new capability for the naval warfighter,â€ said Michael Deitchman, director of ONRâ€™sÂ Naval Air Warfare and Weapons Department.
Deitchman also praised the LCITS systemâ€™s ability to accomplish the mission with little to no support.
â€œThe LCITs program is considered “low cost” because it is an augmentation or upgrade to a pre-existing 2.75-inch rocket system,â€ Deitchman said. â€œInstead of relying on costly parts, sensors and guidance systems, it relies on the aircraft systems to provide the targeting information.â€
LCITS is undergoing further testing as part of the Medusa Joint Capability Technology Demonstration (JCTD). Medusa JCTDâ€™s goal is to integrate the rocket onto the MH-60 aircraft platform. It will also demonstrate the LCITSâ€™ capability to defend against multiple fast-attack craft threats from various directions and ranges. Demonstrations will show the rocket system’s potential to defeat these targets.
ONRâ€™s participation in the NHA event underscores the Navyâ€™s commitment to develop technology for the helicopter community. With more than 3,000 active-duty, Reserve, retired and corporate members, the association says its mission is to enhance the professionalism of military personnel working in the rotary wing aviation field.
The NHAâ€™s annual symposium is a platform for collaboration, discussion and a chance to address challenges facing the entire naval rotary wing community, including the Navy, Marine Corps and Coast Guard.
For more information:
- Look:Â Event photos on Facebook |Â LCITS video on YouTube
- Download theÂ LCITS fact sheet
- Explore current initiativesÂ in ONR’sÂ Naval Air Warfare and Weapons Department
About the Office of Naval Research
The Department of the Navy’s Office of Naval Research (ONR) provides the science and technology necessary to maintain the Navy and Marine Corps’ technological advantage. Through its affiliates, ONR is a leader in science and technology with engagement in 50 states, 70 countries, 1,035 institutions of higher learning and 914 industry partners. ONR employs approximately 1,400 people, comprising uniformed, civilian and contract personnel, with additional employees at the Naval Research Lab in Washington, D.C.
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