Türkiye’s ANKA III Stealth Drone Enters New Phase After Successful High-Autonomy Flight Trials

Türkiye’s ANKA III stealth unmanned combat aerial vehicle (UCAV) has taken a significant step toward frontline deployment with a successful series of advanced autopilot trials during its 46th system verification flight on December 8, 2025, according to Turkish Aerospace (TUSAŞ). The achievement marks a pivotal moment in the aircraft’s fast-moving development program, signaling that Türkiye’s first operational flying-wing stealth drone is nearing the stage where autonomous long-range strike missions and complex teaming operations become viable.

Autopilot Trials Validate High-Autonomy Flight Envelope

During the 46th sortie, ANKA III’s autopilot system executed a set of envelope-expansion maneuvers including autonomous climb, descent, turning, route-tracking, and automated recovery functions designed to validate its stability logic and flight-control algorithms. Engineers described the test as the moment when ANKA III’s autonomy profile “transitioned from software maturity to operational reliability.”

For Turkish defense officials, these trials are more than routine checks—they represent a prerequisite for missions where the UCAV must operate with minimal operator input, including cooperative engagement with crewed platforms and other drones. The success keeps the program on track for initial operational integration before 2030, aligning with TUSAŞ’s roadmap for high-end unmanned combat systems.

A Flying-Wing Stealth UCAV With Strategic Ambition

ANKA III belongs to a class of UCAVs traditionally dominated by Western demonstrators such as the Dassault nEUROn or BAE Systems Taranis, but unlike many of those projects, Türkiye is shaping ANKA III as a deployable combat asset rather than a one-off research vehicle.

Built around a tailless flying-wing airframe, the 7-ton-class UCAV is powered by the Ivchenko-Progress AI-322F turbofan, giving it:

• Max take-off weight: 6,500 kg

• Payload capacity: 1,600 kg (internal + external)

• Operating ceiling: 40,000 ft

• Endurance: ~10 hours

• Max speed: ~425 knots (Mach 0.7 at altitude)

Twin internal weapon bays and five external hardpoints allow a flexible mix of low-observable strike payloads and traditional stores. TUSAŞ has confirmed that a future twin-engine variant, powered by Türkiye’s emerging TF6000/TF10000 engines, is under consideration—offering a possible pathway to supersonic loyal-wingman roles.

Mission Suite Tailored for Multi-Domain Warfare

ANKA III is designed for missions far beyond conventional drone surveillance. Its integrated suite includes:

• EO/IR targeting systems

• SAR/GMTI radar for all-weather ISR

• Electronic support measures (COMINT, ELINT, ESM)

• Electronic attack capabilities, including jamming

• SATCOM links and airborne relay functions

• Deployment of air-launched unmanned systems, including Super Şimşek decoys and potential future loitering munitions

Combined with its stealth shaping and internal bays, the platform is optimized for SEAD, deep-strike, electronic warfare, and high-autonomy reconnaissance in contested airspaces.

Rapid Development Timeline: From Concept to Weaponized Flight Tests

ANKA III has progressed unusually quickly for a stealth UCAV:

• 2023: Ground tests and fully autonomous first flight (Dec 28)

• 2024:

  • Formation flight with HÜRJET (May 5)

  • First landing-gear retraction test (Aug)

  • First weapon-carrying flight with Teber-82 (early Sept)

  • Live guided strike with ASELSAN/Roketsan (late Sept)

• 2024–2025:

  • Integration of TOLUN SDB

  • First internal-bay guided glide bomb release (Jan 2025)

  • Cooperative tests with Super Şimşek

  • Formation flights with two ANKA III prototypes

The pace reflects Türkiye’s intent to operationalize stealth UCAV capabilities faster than many legacy aerospace powers.

A Key Component of Türkiye’s Future Air Combat Structure

ANKA III is central to Türkiye’s ambition to field a layered, AI-enabled air combat ecosystem:

• Manned–Unmanned Teaming (MUM-T): Designed to operate alongside the KAAN 5th-generation fighter and other UAVs.

• Swarm operations: Supports AI-assisted multi-ship coordination.

• Deep-strike capability: Internal carriage allows it to penetrate defended airspace.

• SEAD/DEAD missions: Electronic attack suite and precision weapons aim to suppress advanced air-defense systems.

Its introduction will give Türkiye one of the world’s first operational stealth UCAVs capable of networked warfare—placing it alongside the U.S. MQ-Next initiatives and China’s GJ-11 Sharp Sword.

NATO Implications and Export Outlook

For NATO, ANKA III provides a rare non-U.S. contribution to the alliance’s autonomous deep-strike and ISR inventory. With interoperability features aligned to NATO data standards, the UCAV is expected to participate in multinational exercises once fully cleared.

Export interest is already emerging from countries that either operate ANKA/AKSUNGUR drones or seek access to stealth UCAV capabilities outside Western restrictions. The combination of cost-effective stealth, weapon flexibility, and rapid production scalability offers Ankara a competitive position in the growing market for high-end unmanned systems.

Industrial Scale and Program Momentum

The program is backed by significant investment from the Presidency of Defence Industries (SSB). TUSAŞ has built a production line capable of supporting rapid scaling, leveraging common components and training systems shared with earlier ANKA platforms. Turkish officials privately frame ANKA III as one of the “three pillars” of the country’s transformation in airpower:

1. KAAN (crewed 5th-gen fighter)

2. ANKA III (stealth UCAV)

3. Loyal-wingman and swarm systems (future autonomous assets)

With autopilot validation now largely complete, the test campaign advances toward multi-ship autonomous missions, electronic-attack rehearsals, and more complex internal-bay weapons trials.

A Test Flight That Signals Operational Readiness

While the 46th flight may appear routine on paper, its successful autopilot campaign signifies a turning point. For the first time, the ANKA III’s autonomy stack is behaving like that of a combat-ready platform rather than an experimental prototype.

For the Turkish Air Force—and for foreign customers—this is the milestone that transforms ANKA III from an intriguing concept into a credible strategic asset. As Türkiye moves steadily toward a fully networked unmanned combat force, ANKA III’s latest achievement underscores a simple reality:

the age of operational stealth UCAVs is no longer theoretical—it is arriving, and Türkiye intends to be one of its leading architects.