C-UAS Solution

L3Harris’ Counter Unmanned Aerial Systems (C-UAS) solution delivers combat overmatch against aerial unmanned system threats and enables battlefield superiority. This solution includes the integration of weapon systems that provide point defense via sensors and effectors, including VAMPIRE, the recently announced Vehicle-Agnostic Modular Palletized ISR Rocket Equipment (VAMPIRE), that can be in fixed or mobile configurations. The C-UAS weapon system is scalable to meet warfighter needs and effectively protect airfields, bases, facilities and high-value assets in any location against group 1-3 unmanned aerial threats. Continue reading to learn more about our range of integrated and component solutions for C-UAS missions, including:

Multi-Mission Electronic Countermeasures

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Modular system providing precision strike capability with ground-to-ground or ground-to-air laser-guided munitions Designed to complement the low-cost, low-signature and availability of common = non-tactical vehicles (NTVs) Designed to fit in any pickup or vehicle with a flat surface Configurable with different sensors and weapons packages Power supply eliminates the need for a 24-volt alternator on the vehicle WESCAM MX-10™- RSTA independent stabilized sighting system provides ISR overmatch Can be equipped with APKWS or other laser-guided munitions

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Vehicle-Agnostic Modular Palletized ISR Rocket Equipment (VAMPIRE)

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Provides critical components for modular solution to detect, track, ID and defeat Available premier mid-wave sensors can be co-boresighted with other waveband sensors (Vis, SWIR, etc.), LRFs and effectors Customizable solution for mobile or stationary CUAS missions. Full bit-depth video allows for more contrast and less saturation over standard HD-SDI trackers Passive sensors allow covert operations Software Interface: Ethernet based interface hosts control as well as encoded video. Allows for slew to cue from 360 degree detectors. Camera control and potential target tracks are combined with auto classification and passive ranging Advanced EO/IR image sensor processing using AI/ML automatically detects and recognizes targets of interest Architecture is purpose built to reduce workload by automating sensors tasking and auto-classification routines, speeding up sensor-to-shooter linkages and engagement decisions

Passive EO/IR and Tracking

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Integrated C-UAS Command and Control (C2) and effect management for defense and security Low operator burden UI Sensor fusion and integration using core Target-Oriented Tracking System (TOTS) technology High probability of detection and ID with low false alarm rate Effector options include cued kinetics, EW and cyber Flexible sensor mix for multiple threat scenarios Full integration with existing infrastructure, force protection and other security C2 systems Deployed to protect critical national infrastructure sites

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Command, Control & Data Analytics

Active-reactive counter remote controlled IED (CRCIED) and multi-mission jammer system Effective against multiple threats simultaneously Mounted and fixed site (point of entry) solutions available Modular concept enables real-time mission tailoring that allows change with the environment Omni and directional antennas Effective against frequency agile threats Secure operating system with flexible open architecture Compatibility with U.S. and partner force ECM and tactical radio systems Interoperability with friendly force use of RF spectrum

Directed energy with instant kill, instantaneous beam control for precision strike or force field effect Creates a force field to protect a base, border, stadium, airport critical infrastructure, etc. Enables a wide array of counter electronics applications, including vehicle stop, counter UAS swarm, counter jammer, counter radar, counter communications, etc. Ushers in completely new paradigm for air defense and unlimited extremely low-cost ammo Startup in minutes High rate of fire for precision and swarm modes Rapid tech upgrade cycle AI Software controlled

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Epirus High Power Microwave

L3Harris’ FarSight EO/IR processor automatically detects and recognizes targets of interest from an EO/IR sensor. The FarSight architecture is purpose built to reduce workload for the warfighter by automating sensors tasking and auto-classification routines, speeding up sensor to shooter linkages and engagement decisions.

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FarSight Advanced Image Processing

The Javelin CLU upgrade provides the warfighter with a lighter, higher performing system securing an overmatch capability on the battlefield. L3Harris supplies the program with long-range high-definition infrared camera cores specifically designed for the CLU. These camera cores include focal plane array technology that resulted from the VISTA program, a multiyear Tri-Service initiative that also involved the Navy and Air Force. This midwave infrared technology provides an alternative to longwave mercury cadmium telluride (MCT) detectors, having some distinct advantages over longwave MCT, notably a substantially lower cost, generally wider bandwidth and significantly better image uniformity at startup. To date, the Javelin Joint Venture, a partnership of Raytheon Missiles & Defense and Lockheed Martin, has produced more than 50,000 Javelin missiles and more than 12,000 reusable Command Launch Units. Javelin is expected to remain in the U.S. weapon arsenal until 2050 and is subject to continual upgrades to retain overmatch against emerging threats and to support evolving operational needs.

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Javelin Command Launch Unit (CLU)

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Command, Control & Data Analytics Multi-Mission Electronic Countermeasures Vehicle-Agnostic Modular Palletized ISR Rocket Equipment (VAMPIRE) Passive EO/IR and Tracking FarSight Advanced Image Processing Epirus High Power Microwave