FALCON III® RF-7850A-MR MULTI-CHANNEL AIRBORNE NETWORKING RADIO
Airborne certified for fixed and rotary-winged aircraft, the RF-7850A-MR provides two wideband radio channels in the same SWaP as a traditional single-channel narrowband radio. It offers multi-channel and multiband capabilities, and adapts with evolving mission needs for enhanced Situational Awareness and ISR. The RF-7850A-MR has radio control options engineered to suit any aircraft requirement, mission-cases, or user roles. The Falcon III portfolio of airborne products also includes the L3Harris RF-7850A-UA, designed for unmanned aircraft deployment.
UCAV
Designed to deliver superior performance in surveillance, reconnaissance, and combat missions. Salient features include autonomous take-off and landing, robust autopilot scheme, user-friendly and comprehensive mission planning & management software suite in Ground Control Station, multiple redundant data links, and capability of integrating various types of payloads and weapons.
Kamikaze Drones
It enables long-distance strikes against high-value targets, while its significant speed ensures rapid deployment and engagement. The drone's payload capacity enables it to carry a variety of warheads, from conventional explosives to specialized munitions tailored for specific targets. The canister launch system provides a compact and efficient means of deployment, making it suitable for various platforms, including ground vehicles and ships.
Loitering Munitions
Loitering Munitions (LMs) have transformed modern warfare by integrating drone technology with precision strike capabilities. The variety between electric smaller variants that provides quick deployment for Anti-Tank roles, and bigger gasoline LM having extended ranges and payload capacities for more complex missions, this versatility enables military forces to tailor their usage based on mission requirements. Additionally, these AI enabled LMs offer a cost-effective alternative to traditional munitions, reducing collateral damage and enhancing operational efficiency.