X‑BAT BY SHIELD AI — AUTONOMOUS VTOL JET FOR STEALTHY, FAST RESPONSE

Shield AI unveiled the X-BAT autonomous VTOL jet on 21 October 2025, in Washington D.C., introducing a new class of unmanned combat aircraft that combines fifth-generation fighter capabilities with vertical takeoff and landing. Built around a tailless, low-observable batwing planform with folding wings for compact transport, the X-BAT is a Group 5 UAS with a 26-foot length, 39-foot wingspan, and a service ceiling above 50,000 feet. Powered by a General Electric F110-GE-129 engine with an Axisymmetric Vectoring Exhaust Nozzle (AVEN) for thrust vectoring, it targets supersonic cruise and a range of over 2,000 nautical miles with a full mission payload.

VTOL Plus Jet Performance: How the X-BAT Bridges the Gap

Conventional high-performance aircraft require runways; conventional VTOL drones sacrifice speed and range. The X-BAT eliminates that tradeoff. Vertical lift capability means it can deploy from ships, confined forward operating bases, or improvised sites without runway infrastructure, while its F110-powered cruise profile delivers the speed and range of a tactical jet. The folding wing design enables storage and transport in compact spaces, expanding the number of platforms and locations from which the X-BAT can operate. This operational flexibility is the core of the concept: the ability to project high-performance airpower from anywhere, without the logistical footprint of conventional fixed-wing aviation.

Autonomous Operations in Contested Airspace

Shield AI's core competency is autonomous operation in environments where GPS and communications links are degraded or denied. The X-BAT leverages the company's Hivemind AI platform, which enables the aircraft to navigate, execute missions, and coordinate with other unmanned systems without continuous operator input. An internal weapons bay preserves the aircraft's low-observable profile for stealth penetration missions, while external hardpoints accommodate larger munitions for missions where signature management is less critical. Designated mission roles include strike, counter-air, intelligence-surveillance-reconnaissance, and electronic warfare, making the X-BAT a genuine multi-role platform.

Timeline and Strategic Context

Initial VTOL flight tests are scheduled before the end of 2026, with full operational validation targeted for 2028 and full-scale production planned for 2029. The X-BAT arrives as the US Department of Defense accelerates procurement of Collaborative Combat Aircraft (CCA), autonomous wingmen designed to operate alongside crewed fighters and extend their reach. Shield AI positions the X-BAT as a candidate for CCA roles, offering autonomous capability combined with VTOL versatility that fixed-wing CCAs cannot match. If the development schedule holds, the X-BAT could reshape how tactical airpower is deployed within a decade.

Explore Autonomous and Advanced Aircraft at TheArsenale

The X-BAT signals a future where autonomous aviation defines both military and civilian mobility. TheArsenale curates the most compelling aircraft and autonomous vehicles at every point on that spectrum. Explore the Air collection for eVTOL and flying vehicle innovation, including the XPENG X2 eVTOL flying car, the EHang AAV autonomous passenger drone, and the Insky Linx personal aircraft. Whether civilian or military, autonomous or piloted, the most exciting aviation of the next decade is already taking shape.

Photo: Shield AI