Market Retrospective: The Pakistan Air Force’s Drone Program Circa 2007 to 2026 Pro

Between 2007 and 2026, the Pakistan Air Force (PAF) built one of South Asia’s most diversified unmanned fleets – spanning Chinese, Turkish, and domestically produced platforms across ISR, armed overwatch, expendable strike, and emerging autonomous functions. This portfolio was not the product of a unified strategy. It emerged through successive vendor availabilities: European platforms established initial operational practice, Chinese OEMs opened the armed-drone aperture when Leonardo imposed weapons-integration restrictions on the Falco, and Turkish systems enabled supply-chain hedging through ITAR-free sourcing – with talks now underway between Baykar and the PAF over domestic assembly. The result is a three-tier industrial base model that reduces vendor lock-in risk whilst leveraging Ankara–Beijing competitive dynamics on pricing and technology transfer.

Beneath the platform acquisitions, a deeper institutional pattern is taking shape. Air Headquarters (AHQ) has demonstrated a consistent preference to maintain in-house ownership of drone programmes through PAF-controlled entities – chiefly the National Aerospace Science and Technology Park (NASTP), which developed the KaGeM V3 loitering munition and the Al-Murtajiz autonomous effector concept – rather than defer to NESCOM, the state-owned enterprise behind the Shahpar family and Burraq. This preference has driven parallel development tracks, overlapping OWE designs across competing SOEs and private firms, and a coordination deficit that constrains scalable production despite concentrated fiscal and decision-making authority within the military.

The PAF’s capability trajectory has been linear – Group 1 target drones in the 2000s, Group 3–4 MALE platforms via China, Turkiye, and NESCOM from 2013 onward, and a Group 5 system (Bayraktar Akinci) by 2022–2023 – but fiscal realities are likely constraining AHQ from pursuing unmanned systems to the degree it might wish. Subscribe to Quwa Pro to read the full market intelligence brief, including the supply-side dynamics, procurement preference hierarchy, and forward-looking assessment of where the PAF’s unmanned posture is headed through 2030.

Market Intelligence Brief

The Pakistan Air Force (PAF) has assembled one of South Asia’s most diversified unmanned aerial vehicle (UAV) fleets, spanning Chinese, Turkish, and domestically produced platforms across tactical intelligence, surveillance, and reconnaissance (ISR), armed overwatch, expendable strike, and emerging autonomous functions.

This portfolio was not conceived as a unified strategy. Rather, it emerged through successive vendor availabilities – with European platforms establishing initial practice, Chinese OEMs opening the armed-drone aperture, and Turkish systems enabling supply-chain hedging through ITAR-free sourcing.

This retrospective examines how the PAF’s drone posture evolved from 2007 to 2026, with particular focus on the supply-side constraints, vendor restrictions, and institutional procurement preferences that shaped platform acquisition patterns. The Market Analysis section explores the deeper procurement dynamics driving these choices.

Modest Beginnings

The PAF’s first unmanned systems came from Pakistan’s nascent private sector – Satuma (founded 1989) and Integrated Dynamics – which supplied target drones and small surveillance platforms.¹ Satuma established the PAF’s maiden UAV squadron in 2003; the Jasoos II ‘Bravo+’ was inducted in 2004, becoming the armed forces’ first indigenous operational drone.

These platforms were constrained by endurance, payload, and range, but they acquainted the PAF with unmanned operations, ground-control procedures, and airframe design. Pakistan Aeronautical Complex (PAC) Kamra concurrently manufactured target drones and began exploring medium-altitude designs through a technology partnership.²

The critical foreign vendor relationship emerged through Italy’s Selex Galileo (now Leonardo). Eight Falco systems were assembled from imported kits at PAC in 2008,³ marking the PAF’s entry into medium-altitude, medium-endurance (MALE) operations. The Falco delivered eight to 14 hours of endurance, 100 kg payload, and 200 km data-link range – a qualitative leap.

PAC qualified on European and Italian quality standards for composite manufacturing and final assembly of subsequent Falcos at its Aircraft Manufacturing Factory, with the third system completed by Selex ES in September 2012.⁴ However, Leonardo imposed a critical restriction – the Falco remained surveillance-only, precluding integration of an armed payload.