TAI Martı

Lore & Background

The TAI Martı features an all-composite airframe with a shoulder-wing design. It is propelled by either a 2-cylinder 2-stroke gasoline engine of type OS MAX 46 FXi from German company Graupner GmbH with 1.7 hp power, or a Zenoah G38 from Japan with 2.2 hp, both in tractor configuration. The drone carries a two-axis gimbaled EO/IR camera that relays video in real-time telemetry, and its guidance and tracking are fully autonomous based on an INS/GPS integrated waypoint navigation system. Takeoff can be accomplished conventionally on wheels or by catapult, and recovery on wheels or by parachute.

Originally produced for pilot training, the Martı entered service in 2003. The development of an aerial-photographic camera and studies for digital image analysis and retrieval were carried out in cooperation with the Scientific and Technological Research Council of Turkey (TÜBİTAK). In 2004, the Martı successfully completed testing in aerial image retrieval and shootings in Mersin, which led to the replacement of an older retrieval system that used balloons.

Reader's Guide

The TAI Martı represents an early indigenous Turkish effort in unmanned aerial vehicle development, entering service in 2003. Its significance lies in its role as a pilot training platform and its successful demonstration of aerial image retrieval capabilities. The cooperation with TÜBİTAK on digital image analysis and the 2004 testing in Mersin, which replaced a balloon-based retrieval system, highlight its practical application in surveillance and reconnaissance. The Martı's design choices—such as the all-composite airframe, dual engine options, and flexible launch and recovery methods—reflect a focus on versatility and reliability. As part of TAI's bird-named UAV family, it established a foundation for subsequent Turkish drone programs, though its own legacy is tied to its training and early operational use rather than frontline combat roles.

Did You Know?

• The drone can be launched by catapult or conventional wheels.
• It uses either a German OS MAX 46 FXi or a Japanese Zenoah G38 engine.
• In 2004, it replaced an older balloon-based aerial retrieval system in Mersin.