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Bayraktar TB2 vs TAI Anka

Bayraktar TB2 vs TAI Anka at a glance — top speed 222 vs 217 km/h, range 300 vs 2,500 km, max takeoff weight 1,200 vs 1,700 kg, built 600 vs 102 units.

Baykar Bayraktar TB2 military drones side profile drawing
🇹🇷 Bayraktar TB2
TAI Anka military drones side profile drawing
🇹🇷 TAI Anka
Specifications
Bayraktar TB2 TAI Anka
Origin country 🇹🇷 Turkey 🇹🇷 Turkey
Category Military Drones Military Drones
Manufacturer Baykar TAI
First flight 1 August 2014 30 December 2010
Year introduced 2014 2017
Number produced 600 units 102 units
Average unit price $5 million $30 million
Wingspan 12.0 m 17.5 m
Length 6.5 m 8.6 m
Maximum speed 222 km/h 217 km/h
Operational range 300 km 2,500 km
Service ceiling 8,239 m 9,144 m
Max. takeoff weight 1,200 kg 1,700 kg
Empty weight 650 kg 700 kg
Total thrust -- 1 x 130 kW
Performance Radar Chart

Detailed Comparison

The Bayraktar TB2 and TAI Anka operate in separate doctrinal spaces within the Turkish military export catalog. The TB2 functions as a mass-producible, attritable tactical strike asset, while the Anka is a heavier, persistence-focused intelligence, surveillance, and reconnaissance (ISR) node capable of limited strike.

Development and Design

The TB2 emerged from a mandate by the Presidency of Defense Industries, accelerated by U.S. restrictions on armed UAV exports to Turkey. Baykar engineered a modular, carbon-fiber composite airframe with an inverted V-tail and a pusher-propeller configuration. The focus was low unit cost ($5.0 million) and rapid manufacture, resulting in over 600 units built to date. Conversely, state-owned TAI initiated the Anka program in 2004 to satisfy a Turkish Armed Forces requirement for a domestic medium-altitude long-endurance (MALE) platform. The Anka prioritizes payload versatility through an open architecture, accommodating complex sensors like synthetic-aperture radar (SAR) and ground moving target indicator (GMTI), which the smaller TB2 cannot carry.

Specifications and Performances

The physical disparities between the two airframes dictate their deployment limits. The Anka operates with a 1700 kg maximum takeoff weight (MTOW), compared to the TB2’s 1200 kg. This translates directly to payload capability:

  • The Anka accommodates 350 kg, integrating heavy electronic warfare (EW) sensors or radar alongside munitions.
  • The TB2 is restricted to 150 kg, usually limited to an EO/IR turret and four light munitions.

Both systems carry Roketsan’s MAM-L and MAM-C micro-munitions. The Anka's TEI-PD170 diesel engine and larger wingspan (17.5 m versus 12.0 m) yield a 30-hour endurance and a 9144 m service ceiling, edging out the TB2's 27 hours and 8239 m. The most distinct capability gap lies in communications: the baseline TB2 relies on line-of-sight data links (150–300 km), whereas the Anka-S incorporates SATCOM for beyond-line-of-sight reach.

Deployment and Usage

Baykar has exported the TB2 to 31 countries, making it a ubiquitous tactical strike asset. In Syria, Libya, Nagorno-Karabakh, and Ukraine, operators utilized the TB2 in localized saturation tactics to target point defenses and armor. Combat feedback from Ukraine confirms high vulnerability to layered modern air defenses (IADS), categorizing the airframe as semi-attritable. The Anka, with 102 units built, sees a more conservative operational footprint. The Turkish National Intelligence Organization utilizes the Anka-I variant specifically for signals intelligence. In combat over Syria during Operation Spring Shield, Ankas served primarily as high-altitude target coordinators for ground artillery and F-16s, maintaining standoff distances, though they still suffered operational losses to adversarial fire.

Conclusion

The Bayraktar TB2 holds the edge in contested, high-attrition tactical environments where volume and low replacement costs are required to overwhelm localized air defenses. Its low price point allows commanders to risk airframes for direct kinetic effects. The TAI Anka is the optimal platform for sustained, theater-level ISR and electronic warfare. For militaries requiring a disposable strike and anti-armor asset, the TB2 is the logical procurement. For forces prioritizing deep-look radar capabilities and secure, long-range patrol beyond line-of-sight, the Anka justifies its $30.0 million price tag.

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Frequently Asked Questions

Which is faster, the Bayraktar TB2 or TAI Anka?
The Bayraktar TB2 is faster with a maximum speed of 222 km/h compared to the TAI Anka's 217 km/h, a difference of 5 km/h.
Which has longer range, the Bayraktar TB2 or TAI Anka?
The TAI Anka has a longer range at 2,500 km compared to the Bayraktar TB2's 300 km.
Which can fly higher, the Bayraktar TB2 or TAI Anka?
The TAI Anka has a higher service ceiling at 9,144 meters (30,000 ft) compared to the Bayraktar TB2's 8,239 meters (27,030 ft).
Which is heavier, the Bayraktar TB2 or TAI Anka?
The TAI Anka has a higher maximum takeoff weight at 1,700 kg compared to the Bayraktar TB2's 1,200 kg.
Which is larger, the Bayraktar TB2 or TAI Anka?
The TAI Anka is longer at 8.6 meters compared to the Bayraktar TB2's 6.5 meters.
Which is more expensive, the Bayraktar TB2 or TAI Anka?
The TAI Anka is more expensive at approximately $30 million per unit compared to the Bayraktar TB2 at $5.0 million.
Which entered service first, the Bayraktar TB2 or TAI Anka?
The Bayraktar TB2 entered service first in 2014, 3 years before the TAI Anka which entered service in 2017.
Which has been built in greater numbers, the Bayraktar TB2 or TAI Anka?
The Bayraktar TB2 has been produced in greater numbers with 600 units compared to 102 units of the TAI Anka.