Army Selects AeroVironment Freedom Eagle-1 for Counter-UAS Missile Program

The U.S. Army chose AeroVironment’s Freedom Eagle-1 as its Next-Generation Counter-UAS Missile. The selection adds a lower-cost interceptor to layered air defense aimed at long-range one-way attack drones and other uncrewed threats. A $95.9 million award under the Long-Range Kinetic Interceptor program funds initial production and integration work. Army units using the Low, Slow, Unmanned Aircraft Integrated Defeat System will get the missile first, both at fixed sites and on mobile LIDS sets, while existing effectors remain in service. A company statement said, “FE-1 strengthens our nation’s air defense arsenal by providing an urgently needed kinetic C-UAS solution,” and noted production scaling is underway.

LRKI Contract and Acquisition Timeline

Officials confirm the announcement date of Oct 22, 2025 and link the action to the Army’s rapid prototyping and transition approach used for counter-UAS capabilities. The structure signals a decision to field a defined interceptor rather than hold another long technology demonstration cycle. According to defense officials, the contract covers manufacturing lots and integration tasks with current Army command-and-control environments, not only test articles. The Army’s approach keeps competition in other parts of the portfolio, but commits FE-1 as the NGCM effector.

AeroVironment completed its acquisition of BlueHalo in May 2025 after announcing plans in November 2024. BlueHalo brought the early FE-1 development work into the winner’s corporate structure, which helps close gaps between engineering teams and production. Company and regulatory filings match that sequence. Development notes from 2023–2025 mention propulsion tests, controlled test-vehicle flights, and warhead work, laying the base for the October pick.

Program history lists a first flight in January 2025 and a live-fire in March 2025. Industry sources describe a steady test pace in the first half of the year, focused on propulsion characterization and seeker checks rather than one-off stunts. Award documents place the effort in the same contracting ecosystem that the Army uses to move other C-UAS elements into units.

The Army continues to buy Coyote interceptors and Ku-band radars for LIDS in parallel. That keeps batteries supplied while FE-1 enters the force and preserves layered defense. FE-1 is not a one-for-one replacement for Coyote. It adds reach and speed where crews need a quick, rocket-powered shot.

Missile Design and Terminal Guidance

The missile measures roughly five to six feet in length with a six-inch main body diameter. The propulsion system uses a dual-thrust solid rocket motor rather than a small turbine. That selection favors rapid time off the rail and strong initial kinematics. Program managers point to that profile when discussing standoff shots against drones flying higher and farther than earlier threats in this class.

Terminal guidance relies on a radio-frequency seeker. The intercept sequence begins with a ground radar cue and passes to the onboard seeker for endgame work. The warhead is a 20-pound blast-fragmentation design. Company officials have said the team chose an explosive warhead to simplify the missile and reduce seeker-sensor demands compared to a pure hit-to-kill solution. The end result targets reliability and repeatable effects on Groups 2 and 3 drones, with a margin against smaller Group 1 craft in the right conditions.

Program representatives have not published a range figure. Executives have stated in public settings that FE-1 flies higher and farther than “existing interceptors” in the same role, without putting numbers on paper. The shift from a jet-sustain effector to a solid-rocket interceptor helps explain the emphasis on time-to-launch and engagement energy. Crews can prosecute threats more quickly once a track meets rules for a kinetic shot, which matters when a raid presents mixed speeds and altitudes.

The development record lists a successful dual-thrust motor firing, controlled test-vehicle launches, and warhead tests. Those milestones match the Army’s typical expectations for moving from demonstrations to production for a missile of this class. The missile’s geometry and mass properties reflect an intent to pair with current launchers and handling gear in LIDS units, lowering the burden on units that already trained on similar tasks.

LIDS Integration and Sensor Compatibility

LIDS remains the Army’s principal counter-UAS architecture at the tactical level in both mobile and fixed variants. It pairs radars, command-and-control, electronic warfare tools, and interceptors. FE-1 enters that architecture as another effector and will be fired under the same battle management rules soldiers already use. Army documents and industry briefings describe FE-1 as radar-agnostic. Units can work with the Ku-band Radio Frequency Sensor already tied to LIDS or cue from other fielded radars once threads into Integrated Battle Command System are complete.

According to industry sources, the missile’s seeker and size were chosen to keep performance acceptable even when paired with less expensive sensors. The program intent is to avoid locking FE-1 to one exquisite radar. Crews can fire under FAAD C2 control today and transition to IBCS routing as that network expands. Sensors mentioned in public settings include Sentinel and Q-53, and the goal is similar performance regardless of which radar does the initial tracking. That approach fits the Army’s broader sensor-to-shooter concept and limits total system cost growth at the battery level.

The Army’s decision to continue buying Coyotes and maintain Ku-band sensor lines in parallel gives units multiple tools against different threat sets. Jet-sustain interceptors offer long airborne time and certain maneuver regimes; a solid-rocket effector offers immediate energy and fast shots. Both live inside LIDS and both report through the same command-and-control, which simplifies training and crew routines.

Unit Cost and Target Set

FE-1 targets a unit price between $150,000 and $200,000. That band lands above the historical low end for man-portable missiles and below higher-tier air defense interceptors that cost in the millions. Coyote Block 2 is often cited around the $100,000 range in planning discussions, though exact figures vary by configuration and year. The Army’s layered model relies on mixing those effectors with non-kinetic options so units don’t waste expensive shots on cheap drones.

Groups 2 and 3 cover medium-size drones from roughly 21 to 1,320 pounds and altitudes up to around 18,000 feet, with speeds generally under 250 knots. FE-1 is built around those bands. Program officials have also stated the missile retains capability against some subsonic cruise-missile profiles, within defined kinematic windows. The rocket motor gives crews a chance to reach up or out when a target presents a tougher geometry than a standard Group 2–3 drone.

The Iranian-designed Shahed-136 represents a commonly cited Group 3 case. Variants and derivatives now appear in multiple conflicts. According to industry sources, unit costs for one-way attack drones in that class typically sit well below Western surface-to-air missiles, which creates a hard economics problem for defenders. A missile in the FE-1 band closes some of that gap without pushing units into higher-tier stocks. The price relationship also leaves room for batteries to pair kinetic shots with jamming or guns inside LIDS when a raid mixes types.

The Army’s decision to award FE-1 does not remove non-kinetic tools or guns from LIDS playbooks. Officials confirm those elements remain in use and continue to receive funding. The interceptor fills a space between short-range shoulder-launched missiles and million-dollar theater systems. The effect on Patriot or other upper-tier stockpiles should be a net positive since commanders can reserve those rounds for cruise missiles or ballistic targets rather than shoot them at drones that a lower-cost layer can handle.

Program voices describe FE-1’s end-to-end employment as straightforward for operators already trained on LIDS. Crews receive a radar cue, the system generates a fire control solution, the missile launches, and the onboard RF seeker conducts the terminal work. The warhead choice keeps the kill mechanism simple and proven. The guidance approach was built to tolerate clutter and electronic noise common near fixed sites and forward bases.

The production plan, as described in company statements, centers on scaling within AeroVironment’s existing missile lines and onboarding the BlueHalo engineering talent that built FE-1’s early versions. The company’s public remarks point to capacity investments against the initial Army lots. Those remarks align with the contracting method the Army used here, which favors quick transition from test to fielded rounds. The first field units stand to gain an interceptor that did not require an overhaul of their command-and-control or their radars.

Jet-sustain effectors can loiter and fly farther downrange over time, which helps in some chase geometries. A solid-rocket missile goes now and arrives fast, which helps when a drone comes in high and straight or when a raid presents too many targets to dwell on one track. LIDS carries both to keep options open.

Drones in the Group 2–3 space keep evolving with longer ranges, occasional jet propulsion, and tweaks that lift altitude. Batteries need a shot that reaches those envelopes without dragging a million-dollar round into the exchange. The Army’s FE-1 choice addresses that requirement. It takes advantage of an architecture soldiers already use and adds a missile tuned to the threat they actually see.

Our analysis shows FE-1 gives units a faster, rocket-propelled option inside LIDS that extends engagement reach against Shahed-class threats and keeps cost below upper-tier interceptors, and it does so without forcing new sensor purchases or a new command-and-control stack.

Army Selects AeroVironment Freedom Eagle-1 for Counter-UAS Missile Program

LRKI Contract and Acquisition Timeline

Missile Design and Terminal Guidance

LIDS Integration and Sensor Compatibility

Unit Cost and Target Set

REFERENCE SOURCES

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