Bayraktar Akıncı

Overview

The Bayraktar Akıncı (Turkish: "Raider") is a high-altitude long-endurance (HALE) unmanned combat aerial vehicle designed and built by Baykar Defence. First flown in 2019 and entering operational service with the Turkish Armed Forces in 2021, the Akıncı is a substantially larger and more capable aircraft than the Bayraktar TB2, representing Turkey's move into the heavy strategic UCAV segment previously dominated by the United States (MQ-9 Reaper, RQ-4 Global Hawk) and to a lesser extent Israel (Heron TP).

With a maximum takeoff weight of 6,000 kg, a 20-metre wingspan, and a weapons payload of 1,350 kg, the Akıncı can carry munitions that the TB2 cannot — including the SOM-A (Stand-Off Missile) cruise missile, heavy precision guided munitions, and potentially future standoff weapons — providing Turkey with an organic long-range precision strike capability that does not depend on crewed combat aircraft.

Development

Baykar announced the Akıncı programme in 2017 as a direct response to Turkish operational needs identified during TB2 deployments in Syria and Libya. Where the TB2 is a theatre-level ISR-and-strike platform limited to the MAM-L/MAM-C munition family, planners wanted a platform capable of carrying heavier guided weapons, operating at higher altitudes above more advanced air defences, and providing airborne command and control functions for TB2 formations.

The first Akıncı prototype completed ground tests in late 2018 and made its maiden flight on 6 December 2019. Serial production began in 2021 following an accelerated test programme, and initial delivery to Turkish Land Forces Air Defence and the Air Force was made the same year.

Design and Configuration

Airframe: The Akıncı uses a conventional monoplane configuration with a long straight wing and a twin-boom tail unit supporting a H-shaped tail. The fuselage houses the avionics, fuel, and payload bays, with an underfuselage sensor turret housing electro-optical, infrared, and laser systems. The twin-boom configuration provides a large horizontal tail moment for pitch stability at altitude.

Propulsion: Initial production aircraft (Tier 1) are powered by two Ivchenko-Progress AI-450S turboprop engines producing 450 shp each, licence-manufactured in Ukraine. Later aircraft are expected to transition to the indigenous TEI PD170 turbodiesel engine, a Turkish-developed powerplant that Baykar has prioritised to reduce dependence on foreign supply chains, particularly following complications in the AI-450S supply resulting from the Russian invasion of Ukraine.

Sensors: The Akıncı carries a phased array active electronically scanned radar (AESA) — the ASELFLIR-500 EO/IR system — providing synthetic aperture radar (SAR), inverse SAR, and ground moving target indicator (GMTI) capabilities. This enables operation at night, in cloud cover, and against moving targets in a way that EO-only platforms cannot. The aircraft also carries signals intelligence (SIGINT) and electronic warfare systems, including radar warning receivers and electronic attack payloads.

Weapons stations: Six underwing hardpoints and one centreline station support a maximum external load of 1,350 kg. The combination of hardpoint quantity and payload allows mixed loadouts:

• Cruise missiles (SOM-A: range up to 250 km)
• HGK-82 GPS/INS guided bomb kit applied to Mk.82 or similar
• MAM-L and MAM-C smart micro munitions (as carried by the TB2)
• UMTAS long-range anti-tank missiles
• Roketsan Cirit 70mm laser-guided rockets

The ability to carry the SOM-A — a subsonic, terrain-following cruise missile with turbojet propulsion designed for hardened targets — gives the Akıncı a strategic standoff strike capability. A single Akıncı can launch multiple SOM-As from a distance of hundreds of kilometres, presenting a long-range threat that does not require the launch aircraft to enter contested airspace.

Operational Roles

ISR and persistent surveillance: The Akıncı's AESA radar and EO/IR suite enable comprehensive area surveillance at standoff distances. It can detect and track ground vehicles and surface vessels and relay data to ground stations or other platforms in real time.

Strike: Direct attack with MAM-L/UMTAS, or standoff strike with SOM-A against fixed targets.

Airborne command and control: The Akıncı can act as a relay node and airborne C2 asset for a TB2 formation, extending range and providing additional data link capacity. This capability to orchestrate subordinate UAS is a significant operational multiplier.

Electronic warfare: With EW payloads, the Akıncı can conduct jamming, detection of adversary radar emissions, and potentially offensive electronic attack.

Operators

As of early 2025, the Akıncı has been delivered to:

• Turkey (primary operator): Turkish Armed Forces (Air Force and Land Forces)
• Ukraine: Ukraine ordered and received Akıncı aircraft; operational use in the conflict with Russia has been reported but with limited confirmed details
• Pakistan: procured and received aircraft
• Kyrgyzstan

The export pipeline reflects the Baykar pattern established with the TB2: politically and militarily significant states seeking affordable high-end capability. The Akıncı's price — significantly higher than the TB2 but still far below comparable Western platforms — positions it as an accessible option for states unable to procure MQ-9B or similar.

Comparison with the TB2

The Akıncı represents a different tier of capability from the TB2 rather than a direct replacement:

Baykar positions them as complementary: the TB2 for tactical and theatre-level operations, the Akıncı for strategic and high-threat environments.

Significance

The Akıncı's significance lies partly in what it represents for Turkey's defence industrial ambition. Baykar has moved from a student project-level piston UAV (the TB1) to a tactical MALE (TB2) to a genuine heavy HALE UCAV with cruise missile capability in under a decade. The transition to indigenous PD170 engines, if successful, would complete the indigenisation of the platform.

For the broader market, the Akıncı demonstrates that the heavy UCAV segment — previously a near-Western monopoly — is opening to competition, with implications for air power development in states that have historically been excluded from acquiring high-end unmanned combat systems.