Introducing Bullseye™, a long range, precision-guided missile enabling significant attack performance against high-value targets at an affordable cost. Bullseye will provide multi-platform launch capabilities from ground, sea and air platforms for U.S. Department of Defense customers.
Bullseye’s Very Low Observable (VLO) and built-in autonomous flight capabilities effectively identify and engage hostile targets for exacting deep strike scenarios.
Bullseye’s unique design is configured to support various warhead payloads and propulsion requirements. Bullseye’s extended range, modularity, affordability, and multi-platform launch capabilities allow it to support numerous mission requirements/CONOPS (Concept of Operations) such as anti-ship, anti-surface, electronic warfare scenarios, decoy operations, and others.
KEY BENEFITS
- Optimized for deep strike scenarios
- Very Low Observable (VLO) in all weather conditions
- Designed to operate in an Anti Access/Anti Denial (A2/AD) environment
- Advanced Automatic Terrain Avoidance (ATA)
- Automatic Target Recognition (ATR)
- GNSS (Global Navigation Satellite System)-independent
- Advanced mission planning
- Synchronized attack capability
- Fully autonomous with man-in-the-loop decision back-up capability
- Cross-platform launch from ground, sea and air
- Compatible with:
- Jet fighters
- Light attack aircraft
- Helicopters
- Small maritime vessels
- Ground vehicles
In The News
General Atomics Partners with Rafael to Build Precision-Guided Missile for U.S. Defense Customers
General Atomics Electromagnetic Systems (GA-EMS) announced today that they have signed a Memorandum of Understanding (MOU) with Rafael Advanced Defense Systems Ltd., Israel to be their partner and the U.S. prime contractor to manufacture a long-range, precision-guided strike missile.
AT SEA
At sea, Quadratix powers aircraft launch and recovery, simplifies at-sea maintenance, and gives operators access to the advanced computing required to compete and win in the 21st century battlespace.
Quadratix optimizes missions from ISR to high-end warfighting operations like anti-submarine warfare, where survival can depend on finding a needle of relevant information in a haystack of data. Leveraging autonomy, AI, and machine learning, the Quadratix environment collects and synthesizes mission data from myriad sensors to create a common operating picture for powerful decision-making in real time.
IN CYBERSPACE
In the cyber realm, consolidating our software into the Quadratix environment makes our entire product suite more defensible, reducing the number of potential threat vectors and the response times for repelling active cyber-attacks. This vertically integrated approach allows us to coordinate cybersecurity efforts across the entire General Atomics enterprise with unmatched agility, accelerating the pace of innovation across our various product lines.
IN SPACE
With emerging systems in space transmitting massive amounts of data collected from every corner of the globe, operators and decision-makers face the daunting task of making sense of it all. Quadratix overcomes that challenge, transforming the data into clear actionable intelligence. It does so by providing users with an integrated hardware and software environment that streamlines the operations of space-based systems and delivers data synthesis powered by advanced AI and machine learning to ensure those on the leading edge can sift through the noise and make decisions faster than their adversaries.
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