Taiwan delivers 1,520 FPV attack drones for U.S. Drone Dominance Program to reduce reliance on China.

Taiwan-based Thunder Tiger Technology, in partnership with Farage Precision and The Rehfeldt Group, has completed the delivery and acceptance of 1,520 FPV attack drones to the U.S. Department of Defense under the Drone Dominance Program. The $7.6 million procurement represents a milestone for non-Chinese manufacturing networks supplying compliant military quadcopters to the U.S. armed forces. Utilizing Blue UAS-approved hardware and Auterion flight controllers, the 10-inch customized Overkill quadcopters fulfill strict National Defense Authorization Act supply chain verification requirements for line-of-sight strike assets.

FPV drones have changed combat by allowing small units to conduct engagements against individual vehicles, artillery pieces, radar equipment, ammunition positions, and infantry concentrations without requiring artillery or guided weapons. (Picture source: Army Recognition)

On October 16, 2026, Taiwan's Thunder Tiger Technology announced the completion of a delivery of 1,520 FPV attack drones to the U.S. Department of Defense under its Drone Dominance Program (DDP), following the acceptance of all drones ordered through its American partner, Farage Precision. The estimated $7.6 million order, averaging $5,000 per unit, was secured through U.S.-based Farage Precision and Taiwan's Rehfeldt Group after their 11th-place finish in the Gauntlet I competition. Pentagon figures updated on October 1 confirmed that all 1,520 drones had been accepted, compared with 760 in September. At AUSA 2026 in Washington, the partners displayed a jointly developed 10-inch FPV drone associated with Thunder Tiger's Overkill family, although the exact variant delivered remains unconfirmed.

The order establishes a completed American military procurement from a Taiwanese drone manufacturer, while providing a measurable test of whether non-Chinese manufacturing networks can satisfy U.S. supply chain requirements. The Drone Dominance Program uses successive competitive evaluations to purchase drones according to operational performance, military operator assessments, production capacity, and supply chain eligibility rather than selecting a single manufacturer for a long-term production contract. For instance, Gauntlet I selected 11 suppliers for a total of 22,320 initial drones. Skycutter ranked first with 99.3 points and received an order for 2,560 drones, followed by Neros with 87.5 points and 2,400 units, and Perennial Autonomy with 80.3 points and 2,320 units.

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Farage Precision scored 70.0 points, narrowly behind Ascent AeroSystems at 70.1 and Halo Aeronautics at 70.2, receiving 6.81% of the initial quantity. Production results differed from competition rankings: by October 1, Farage Precision had completed acceptance of its entire order, while Skycutter had 480 aircraft accepted out of 2,560 and Perennial Autonomy had 400 out of 2,320. Neros had completed its initial 2,400-aircraft allocation and received a further 2,560-drone order. These figures distinguish military evaluation scores from manufacturing performance, as a drone could score highly in military trials, but its manufacturer cannot immediately complete the corresponding production and acceptance process. Thunder Tiger's contribution centers on the Overkill FPV family, which has obtained Blue UAS listing and was linked to the Farage Precision partnership during Gauntlet I.

It includes one-way attack quadcopters, fiber-optic variants, and interceptor drones intended for different battlefield missions. An earlier Overkill model reaches 120 km/h, carries 3 kg, and has a 30-minute endurance, although these specifications cannot be attributed conclusively to the customized 10-inch drone displayed at AUSA 2026. The Overkill FPV incorporates Auterion's Skynode flight control system for autonomous functions and target tracking, while fiber-optic variants carry their control and video communications through a physical cable, allowing continued operation when conventional radio-frequency links are jammed. For longer-range attacks, the company has developed the Papadelta PD-136, which measures 3 m long with a 2.5 m wingspan, uses a 250 cc piston engine, carries 12 kg, and has an advertised cruising speed of 100 to 150 km/h and a projected range of 500 km.

For its part, the PD-136J, under development with Taiwan's NCSIST, will use the CS-80 micro turbojet. The military value of FPV attack drones lies in their ability to allow infantry and reconnaissance units to engage vehicles, artillery, radar equipment, fortifications, and personnel using live video guidance rather than relying exclusively on artillery or guided missiles. In Ukraine, they are frequently employed against targets identified by reconnaissance drones, with shaped-charge warheads used against a vehicle's weakest point and fragmentation charges against exposed personnel. Small quadcopters can also approach through trenches, buildings, and vegetation, but their effectiveness depends on warhead selection, impact location, communications, weather, and target protection.

Electronic warfare can interrupt radio-controlled drones, while fiber-optic models avoid those particular vulnerabilities but at the cost of cable weight, spool capacity, and the possibility of fiber breakage. An FPV unit also requires target identification, trained operators, batteries, spare propellers, maintenance equipment, communications, and coordination with nearby friendly forces. For the Pentagon, the decisive economic measure for the Drone Dominance Program is therefore not simply the $5,000 average contract value of the Farage Precision order, but the total expenditure required to produce a successful engagement before accounting for reconnaissance, operators, support equipment, other mission expenses, as well as a continuous and secure replenishment.

However, China's dominance in commercial drone manufacturing, estimated at between 70% and 90% of the global market, presents a measurable obstacle to increasing this procurement beyond initial orders, as it includes motors, speed controllers, cameras, video transmitters, batteries, and flight control electronics. Non-Chinese substitutes can carry price premiums of 25% to 70%, while Taiwanese manufacturers have estimated that an FPV drone manufactured entirely with domestic components would need a selling price of $2,000 to $3,000 to break even. At a procurement scale of 100,000 drones, even a $100 increase in component expenditure adds $10 million to acquisition costs, while a $500 increase adds $50 million. Substituting components can also require firmware changes, revised power management, flight testing, and renewed cybersecurity checks.

Battery cells remain particularly difficult to replace, as manufacturing the battery pack outside China (in Taiwan or the United States) does not necessarily establish that its cells or materials originated elsewhere. Consequently, scaling production under the Drone Dominance Program would require both qualified alternative suppliers and sufficient manufacturing capacity to avoid replacing dependence on Chinese components with shortages of compliant equipment. The United States and Taiwan are consequently addressing different parts of this problem, with procurement restrictions in the U.S. to create a demand for compliant components and an industrial investment by Taiwan to increase the supply of alternatives.

The U.S. NDAA requirements restrict specified foreign-made drones and components, while Blue UAS assessments establish cybersecurity and supply chain eligibility without imposing a universal requirement that every minor component be American-made. Therefore, Drone Dominance competitors must also satisfy applicable compliance verification by the U.S. Defense Contract Management Agency, meaning that military trial results alone do not guarantee an acquisition contract. In the case of Thunder Tiger, its Overkill FPV drone has already obtained a Blue UAS listing, and in its partnership, Farage Precision uses compliant components, coordinates American military requirements and operational feedback; Thunder Tiger is responsible for the development and production; and the Rehfeldt Group is contributing Taiwanese industrial connections.

Taiwan also supported 31 drone innovation projects during 2024-2025 and established a six-year NT$44.2 billion industrial program, including NT$14.3 billion for research and development and NT$9 billion for procurement. On October 13, Thunder Tiger signed an agreement with Michigan's economic development agency to explore American manufacturing and testing cooperation. A separate October 14 agreement with AeroVironment covers potential drone co-production in Taiwan and integration of Switchblade launchers with Thunder Tiger unmanned vessels. Neither agreement establishes a committed production quantity, but both could expand manufacturing options beyond existing suppliers.

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Written by Jérôme Brahy

Jérôme Brahy is a defense analyst and documentalist at Army Recognition. He specializes in naval modernization, aviation, drones, armored vehicles, and artillery, with a focus on strategic developments in the United States, China, Ukraine, Russia, South Korea, Türkiye, and Belgium. His analyses go beyond the facts, providing context, identifying key actors, and explaining why defense news matters on a global scale.