Pakistan’s ‘IQBAL’ Tech Demonstrator Unveiled by TAI

Pakistan’s ‘IQBAL’ Tech Demonstrator Unveiled By TAI

Turkish Aerospace Pakistan has successfully test-flown “Iqbal,” an autonomous scale model of the KAAN stealth fighter jet. This milestone represents a significant advancement in the Turkey-Pakistan defense collaboration, particularly in their joint factory production agreement for the fifth-generation fighter aircraft. Named after Pakistan’s national poet Dr. Allama Muhammad Iqbal, who greatly respected the Turkish nation, this technology demonstrator marks an important step in bilateral aerospace cooperation.

First Autonomous Flight Successfully Completed

On Friday, March 14, 2025, Turkish Aerospace Pakistan conducted the first autonomous flight of Iqbal, which lasted six minutes. This indigenously developed technology demonstrator represents a 1:7 scale dynamic version of the KAAN fighter jet, designed and developed entirely by a small team of highly capable young engineers from Turkish Aerospace Pakistan.

Technological Testbed for Advanced Development

According to Turkish Aerospace Pakistan, “Iqbal serves as a testbed for various advanced aerospace technologies and will play a key role in the technological evolution of KAAN.” The scale model provides valuable data and experience that will directly contribute to the full-scale KAAN fighter program, allowing engineers to test and refine critical systems in a cost-effective manner.

KAAN: A Strategic Milestone for Turkey’s Defense Industry

The KAAN fighter represents a strategic turning point for Turkey, which aims to modernize its air force and strengthen its military industry. Designed to replace Turkey’s aging fleet of F-16 Fighting Falcons, this fifth-generation fighter incorporates cutting-edge technology intended to compete with the world’s best fighter aircraft. Beyond domestic use, KAAN is also being positioned for export to partner nations.

Strengthening Pakistan’s Private Defense Sector

While modest in scope compared to the work at Turkish Aerospace’s main facilities in Turkey, the Iqbal project represents a significant progressive step for both the company’s Pakistani subsidiary and the country’s private defense sector. Most of Pakistan’s aerospace development occurs in state-owned enterprises, with limited private sector involvement. This initiative helps nurture skilled R&D capacity outside Pakistan’s traditional defense establishment.

Strategic Benefits of the Joint Production

The joint factory for KAAN production offers strategic advantages to both nations. Turkey gains the ability to increase its low-cost fighter jet production, a significant benefit for its defense policy and export capabilities. Meanwhile, Pakistan receives access to advanced technology, substantially enhancing its air capabilities while stimulating its local defense industry development.

Also read this: Turkiye Kızılelma Fighter Jet Completes Afterburner Test

Technology Transfer

This collaboration facilitates crucial technology transfer, enabling Pakistan to develop expertise in designing and manufacturing advanced fighter jets while reducing dependence on foreign suppliers. Beyond fighter production, discussions have included joint production of other military equipment, further strengthening both countries’ autonomy in strategic sectors.

Future Prospects

As Turkish Aerospace Pakistan continues building relevant expertise through Iqbal and, eventually, more complex projects, it could become a valuable development asset for Turkish Aerospace’s broader operations. The company may leverage its Pakistani subsidiary to undertake more development and testing work, potentially lowering costs and accelerating project timelines for future defense initiatives.

Keep connected with us at FacebookTwitterYouTubeInstagram & TikTok for latest defense happening around the globe.


Discover more from International Defence Analysis

Subscribe to get the latest posts sent to your email.

Leave a Reply

Your email address will not be published. Required fields are marked *

© International Defence Analysis | All Rights Reserved