Following its skirmish with India in February 2019, the Pakistani military, particularly the Pakistan Air Force (PAF), initiated a major modernization drive. The brief clash – which saw the PAF implement its own retaliatory strike via Operation Swift Retort – underscored a need to expand the procurement pipeline across previously less developed areas, notably in terms of unmanned aerial vehicles (UAV), surface-to-air missiles (SAM), electronic warfare and electronic support measures (EW/ESM), and ‘smart munitions’.
Over the past six years, the PAF pursued a procurement strategy involving new multirole combat aircraft, medium-to-long-range SAMs, precision-guided munitions (PGM), EW and ESM systems, medium-altitude long-endurance (MALE) and high-altitude long-endurance (HALE) drones, and loitering munitions.
Collectively, these new acquisitions set the groundwork for an evolved offensive strike strategy that aims to engage a larger assortment of targets, reach targets further into enemy territory, and, not least, be as prepared as possible for a comparable, if not more extensive, adversary response.
Since 2019, Pakistan has transformed this approach by acquiring and deploying the HQ-9BE long-range SAM system.
The HQ-9BE provides Pakistan with a strategic air defence capability with a reported range of 260 km and the ability to engage tactical ballistic missiles (TBMs), cruise missiles, and aircraft. Its deployment represents a quantum leap in Pakistan’s ability to deny airspace to adversaries.
This multi-layered approach to air defence reflects clear lessons from both Swift Retort and observations from the Russia-Ukraine conflict. By establishing robust area-denial capabilities via SAMs, Pakistan aims to complicate Indian planning for Balakot-style strikes, raising the potential cost of such operations. The SAMs also free up fighter aircraft that might otherwise be assigned to air defence duties, allowing them to be repurposed for offensive operations.
EW and ESM Systems
EW played a crucial role in Swift Retort’s success, prompting Pakistan to expand its capabilities in this domain. This involved the induction of several new land-based EW systems, including the HISAR-1, MIGAES, and EADS platforms.
These systems serve both defensive and offensive functions: defensively, they can detect, analyze, and jam enemy radar and communications signals; offensively, they can disrupt adversary networks, creating gaps in their situational awareness that could be exploited during operations.
Complementing these active systems, Pakistan has deployed passive ESM assets, including the Czech ERA VERA-E and various Chinese systems. These sensors monitor electromagnetic emissions, building comprehensive electronic threat libraries that inform both tactical operations and strategic planning.
Collectively, the land-based EW and ESM sensors are organized under the ‘Integrated Electronic Warfare System’ (IEWS). The IEWS will soon incorporate domestically produced EW/ESM systems, including the C-EW platform for communications intelligence (COMINT) and jamming, GPS Denial System for satellite navigation system jamming (likely aimed at deprecating drone and PGM guidance), and a passive ESM with a range of over 400 km.
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