Shield AI to Raise V-BAT Taiwan Parts Sourcing to 25% From 16%

Taiwan Sourcing Ratio Lifted to 25%

Shield AI plans to raise the proportion of V-BAT components and materials purchased from Taiwan suppliers from the current 16% to 25%, the defense technology company confirmed in materials published on its V-BAT program. The procurement expansion covers printed circuit board assemblies and a broad range of electronic parts, and it sits inside a wider deepening of the company's industrial ties with Taiwan's defense sector. Partners named in the plan include the National Chung-Shan Institute of Science and Technology, Aerospace Industrial Development Corporation (AIDC) and drone maker Thunder Tiger. AIDC, listed in Taipei under ticker 2364, already handles project management and maintenance support for V-BAT units in service with Taiwan's Coast Guard Administration, and Shield AI intends to enter future drone procurement tenders run by the island's Ministry of National Defense. The company is also supporting NCSIST's work on an AI Pilot autonomous system and cooperating with Thunder Tiger on software integration intended to accelerate domestic drone production. Co-founder Brandon Tseng framed the sourcing increase as a deliberate localisation of the supply base rather than a one-off order adjustment. On the ground, Shield AI expects to expand its Taiwan team from 11 people to 20 within nine to 12 months, adding procurement engineers in Taichung, with a mid-term plan to hire several hundred staff over three to five years. The V-BAT is the company's flagship vertical takeoff and landing tactical reconnaissance drone, and the higher ratio would tie the aircraft's supply chain more tightly to the island's electronics industry.

X-BAT Production Set for 2029

The X-BAT production roadmap gives the sourcing expansion its volume. The aircraft, which the company describes as the world's first intelligent autonomous strike fighter with vertical takeoff and landing capability, is scheduled to begin production in 2029 and reach full-rate output in the early 2030s. Three plants divide the work under the X-Forge banner: X-Forge 1 in Frisco, Texas, handles prototype development and mission system integration; X-Forge 2 in Newton, Kansas, runs flight acceptance testing, development flight tests and later maintenance, repair and overhaul; and X-Forge 3 in Des Moines, Washington, carries the main production load, drawing on more than 45,000 aerospace workers and roughly 1,500 suppliers in the region. Company-commissioned economic estimates, which remain projections rather than booked contracts, put the Newton plant at about 2,900 jobs and $5 billion of local economic activity through 2046, the Seattle-Tacoma-Bellevue region at roughly 27,000 jobs and $73 billion, and Texas at about 7,900 jobs and $18.6 billion. On specification, X-BAT is designed to operate from ships, islands and other sites without runways. It uses a GE Aerospace F110 engine, carries up to 2,000 pounds of weapons internally, a bay volume comparable to the F-35's, and has a combat radius of 1,000 nautical miles, with missions spanning high-power electronic warfare and intelligence, surveillance and reconnaissance work. The aircraft's core is Shield AI's Hivemind autonomy software, which is being developed to let the drone sense its environment, plan routes and execute missions without GPS signals, communications links or manual control. Flight testing of the platform is scheduled to start before the end of this year.

2029 Production Start Is the Next Checkpoint

Read together, the two announcements describe a single industrial strategy rather than two separate items: a horizontally split plant network in the United States, paired with a deeper Taiwanese component base, is how a company without an incumbent prime contractor's footprint intends to reach a 2029 production date. The Taiwan ratio moving from 16% to 25% matters because electronics sourcing at that scale is what converts a prototype program into serial output. The next verifiable checkpoints are the X-BAT flight tests due before the end of 2026 and the production start itself in 2029.