L3Harris’ $106M Vampire deal gives the Army a six-kilometer drone laser rocket stack

The U.S. Army just awarded L3Harris a contract worth up to $106 million for Vampire, a counter-drone system that can engage aerial targets up to six kilometers (3.8 miles) away. The headline number matters because Vampire is not a lab demo or an abstract R&D bet. It is built to be assembled, delivered, set up, and fired as a self-contained platform, the kind of capability military planners reach for when timelines are measured in weeks, not years.

Vampire’s core concept is simple and brutally practical: it mounts on vehicles like trucks, uses a telescopic mast with an electro-optical/infrared stabilized targeting system to find and track threats, and then launches precision “effectors,” typically the Advanced Precision Kill Weapon System (APKWS). In this configuration, APKWS uses US-made Hydra 70 2.75-inch (70 mm) rockets with added laser homing capability. In plain English, the system’s laser designator can highlight a target, while the rockets follow that laser for a precision strike rather than a spray-and-pray approach.

What makes the Vampire deal especially interesting for decision-makers is how it fits into the Army’s layered defense approach against remotely operated and autonomous aerial vehicles. Drones are hard because there are too many variables at once: speed, altitude, route prediction, and the cost curve of interceptors. Layering helps by distributing risk across detection, tracking, and engagement so the force does not depend on one perfect solution. Vampire is designed for that role by combining targeting, firing, and some modular expansion into one package.

L3Harris describes Vampire as a “completely self-contained platform,” and the company also highlights a modular plug-in design. That modularity matters because counter-drone ecosystems are not static. Different drone threats can require different sensors, effectors, and even radio management systems. The company says Vampire can be rapidly adapted through plug-in additions, which is a strategic advantage when procurement cycles lag threat evolution.

The “effectors” detail is where the deal gets even more operational. For Vampire, the system often uses APKWS, which builds on Hydra 70 rockets plus laser homing. L3Harris notes this has become a relatively low-cost weapon of choice for downing certain types of drones, and it cites an example of Vampire being fitted to British Typhoon fighter jets deployed to the middle east. That cross-platform use signals that the underlying weapon and targeting approach is not limited to a single vehicle architecture, which tends to matter when allied forces need compatible ways to respond to similar threats.

In terms of production and readiness, L3Harris points to a ramp-up driven by the growing need it sees from the US and allies to counter the drone threat. The company says Vampire was developed at the beginning of the war in Ukraine to provide a low-cost solution to help eliminate Russian drone threats. It also says it has ramped up production at a new production line in Huntsville, Alabama. For the business side, this is a reminder that counter-drone demand is not only about winning contracts. It is also about having the manufacturing throughput, supply chain stability, and test-to-field velocity to deliver the systems on time.

The operational track record included in the source is also a quiet but important datapoint: L3Harris says the system has logged more than 350,000 operational hours in support of European combat operations since 2023. That figure does not replace battlefield proof for every specific mission set, but it does provide a credibility anchor when buyers are trying to manage procurement risk.

L3Harris president for Targeting & Sensor Systems, Tom Kirkland, said the company has worked with the Army to understand needs for new counter-UxS systems that can be quickly assembled, delivered, set up and fired. The company frames Vampire as effective at hunting and engaging drone threats affordably, aiming to enable US armed forces to sustain reliable defense of personnel and infrastructure. For peers in the defense and aerospace ecosystem, the strategic stake is straightforward: as drones become a persistent pressure on ground forces, the market is shifting from flashy concepts to deployable, integrated systems that can be scaled and adapted.

This $106 million award is not just a win for L3Harris. It is a signal that the Army is continuing to fill capability gaps in layered drone defenses with systems that merge sensing, precision aiming, and laser-guided rocket effects. If you are building, investing in, or buying counter-UAS solutions, the question becomes less “can it work?” and more “can it be delivered, configured, and fired at speed, repeatedly, across evolving threat mixes?”