U.S. Army to Field Red Dragon Autonomous Drone Capable of 400 km Strikes Without GPS.

Aerovironment’s $17.58 million Red Dragon award gives the U.S. Army a new ground-launched one-way attack drone optimized for GPS-denied, communications-degraded combat, extending precision strike reach far beyond the front line while reducing exposure for soldiers on the ground.

The contract includes air vehicles, launchers, ground control stations, training, and field support. The package signals rapid fielding intent as the Army accelerates deployment of autonomous, EW-resistant strike drones. Red Dragon enters service less than a year after its unveiling, aligning with Pentagon demand for scalable, low-cost one-way attack systems.

Read also: AeroVironment Wins $117M US Army Contract for P550 Drone Boosting Frontline Intelligence.

Aerovironment's Red Dragon gives the U.S. Army a ground-launched attack drone built for GPS-denied combat, helping small units strike targets at long range. The $17.6 million contract reflects the Army's push for more autonomous precision-strike drones (Picture source: Aerovironment).

That matters because Red Dragon is not just another small UAS: AeroVironment designed it as a software-defined, autonomous-capable attack system for high-threat electromagnetic environments, and the Army’s order arrives less than a year after the company unveiled the platform and after DIU’s Artemis effort highlighted the Pentagon’s demand for affordable long-range one-way drones that can survive jamming and scale to mass deployment.

Red Dragon sits in a class that blends loitering munition, autonomous strike drone, and low-cost attritable weapon. AV says the 45-pound all-up round has an 11.8-foot wingspan, a 6.6-foot length, a cruising speed of 24–28 meters per second, a terminal speed up to 45 meters per second, and a range of more than 400 kilometers depending on battery configuration. Setup time is listed at less than 10 minutes, launch rate at up to five per minute, and its low audible signature improves survivability during ingress, especially against troops who may not detect it until it is overhead.

The armament is equally important: AV publicly states only that Red Dragon carries a fully integrated government-furnished payload with capacity up to 10 kilograms, but independent reporting from the system’s launch said the standard payload then being discussed was a five-pound explosively formed penetrator warhead within a modular bay. If that remains representative of the Army configuration, the effect is tactically significant: an EFP-class warhead would give small units a realistic anti-vehicle and light-armor option at ranges normally associated with higher-echelon fires, while Red Dragon’s software-defined payload control leaves room for future mission kits or revised effects packages.

Its most consequential feature, however, is not raw range or warhead size but guidance resilience. Red Dragon is built for GNSS-independent navigation and electronic-warfare resistance, using onboard autonomy, digital scene matching, perception tools, and low-bandwidth communications rather than constant operator steering. Company officials have described an “optional man in the loop” concept in which the aircraft can fly to a target area with limited user interaction, classify potential targets, and still keep a human supervisory role through the ground control station. In a battlefield where jamming, spoofing, and degraded links routinely break conventional drone kill chains, that design directly answers the Army’s need for precision effects that remain usable after the spectrum is contested.

That is also why the Army is buying systems like this now. The service has already said its Lethal Unmanned Systems push is meant to place man-portable loitering munitions into infantry formations for engagements against armored, fortified, and non-line-of-sight targets, while DIU’s Artemis project specifically seeks long-range one-way platforms able to operate in EW- and GNSS-denied conditions at a price point suitable for mass deployment. Red Dragon fits that demand signal almost exactly, and this contract complements the Army’s broader move to combine reconnaissance drones, organic strike drones, and rapidly fielded autonomy in one tactical ecosystem. Notably, the same March 20 contract release also included a far larger $117.3 million Army award to AeroVironment for P550 Long Range Reconnaissance systems, underscoring that the service is building both the sensor layer and the strike layer in parallel.

For soldiers on the ground, Red Dragon is likely to be used less like a traditional aviation asset and more like a distributed fires tool organic to maneuver formations. The contract’s inclusion of ground control stations, launchers, chargers, training packages, spares, and on-site support suggests a small-team concept of employment: operators move three-aircraft, 97-pound transport cases, assemble the system near concealed launch points, program routes or search areas, launch from a simple catapult, then monitor the mission through the control station while maneuver commanders fold the weapon into their fires plan. AV says Red Dragon was designed so small teams can be trained quickly, and the Army writing on loitering munitions increasingly points toward company-, battalion-, and brigade-level employment where organic sensors and shooters can find, fix, and finish targets without waiting on scarce higher-echelon aviation or artillery assets.

Operationally, that gives commanders several advantages. Red Dragon can extend the reach of light infantry, airborne, Stryker, or dispersed expeditionary forces; hold enemy command posts, air-defense radars, logistics nodes, launchers, and moving vehicles at risk deep behind the line of contact; and saturate defenses with multiple launches from austere sites. Because it is electrically powered, relatively simple to set up, and designed for scalable manufacture, it also supports the Army’s growing preference for attritable systems that can be fielded in quantity rather than exquisite platforms used sparingly. In practical terms, it helps shift precision attack downward in the force structure, allowing platoon- to battalion-level formations to generate effects previously dependent on brigade or division assets.

The strategic significance of this award is therefore larger than its dollar value. A $17.6 million buy with training and field support included suggests the Army is not merely experimenting with Red Dragon in isolation, but accelerating evaluation of a weapon category built around autonomy, EW resistance, and lower-cost mass. The key point is that Red Dragon sits at the intersection of three urgent Army priorities: organic precision lethality, survivability in the contested spectrum, and fast procurement of scalable drones aligned with the Pentagon’s current push for massed, attritable systems. In that sense, this is not a niche contract; it is another step toward a force in which units equipped with systems such as Red Dragon will be able to scout, decide, and strike at machine speed.

Written by Evan Lerouvillois, Defense Analyst.

Evan studied International Relations and quickly specialized in defense and security. He is particularly interested in the influence of the defense sector on global geopolitics, and analyzes how technological innovations in defense, arms export contracts, and military strategies influence the international geopolitical scene.