South Asia’s missile competition is entering a new phase, with India and Pakistan pursuing markedly different approaches to long-range precision strike capabilities.


On one side, India is steadily expanding the reach and sophistication of its missile arsenal. The BrahMos cruise missile, already regarded as one of the world's fastest operational supersonic cruise missiles, is being developed towards an extended range of around 800 kilometres.

At the same time, the Pralay tactical ballistic missile, designed for strikes between roughly 150 and 500 kilometres, has already entered service, giving Indian forces an additional conventional deep-strike option.

Beyond these systems, India is also pursuing an even more ambitious objective through BrahMos-2, a next-generation hypersonic missile expected to exceed Mach 6. If successfully fielded, the weapon would represent a major leap in speed, survivability and strike capability.

Pakistan, meanwhile, has concentrated its efforts on the Fatah missile family and has recently strengthened its conventional missile posture through the establishment of a dedicated Army Rocket Force. The force is centred around the Fatah series, including the Fatah-II, which is generally associated with a range of about 400 kilometres.

Islamabad has also tested an extended-range version of the Fatah-II this month, highlighting its intention to expand the reach of its precision-strike inventory. Pakistani officials have stated that the upgraded missile incorporates advanced navigation systems and improved manoeuvrability intended to enhance survivability and accuracy against defended targets.

The contrast between the two missile programs is not defined solely by range.

The far more significant distinction lies in the pursuit of hypersonic technology.

While conventional ballistic and cruise missiles already pose substantial challenges for military planners, hypersonic weapons operate at extreme speeds while potentially retaining the ability to manoeuvre during flight. This combination dramatically reduces warning times and complicates interception efforts.

For military strategists, speed is becoming as important as range.

A missile travelling at hypersonic velocity can cover hundreds of kilometres within minutes, compressing the decision-making window available to defending forces. Radar networks, command structures and air-defence systems may have only a limited opportunity to detect, track and engage such threats.

India's BrahMos-2 project is therefore viewed as more than a simple successor to existing missiles. It represents an attempt to enter a small and highly competitive group of nations pursuing operational hypersonic strike capabilities.

The development builds upon decades of experience gained through the BrahMos program, which has evolved from its original range limitations into a family of increasingly capable missiles deployed across land, sea and air platforms.

Pakistan's current emphasis remains focused on expanding the capabilities of the Fatah family and enhancing the operational effectiveness of its Army Rocket Force. The recent testing of extended-range variants demonstrates a continuing effort to improve precision conventional strike options and deepen engagement ranges.

Yet the strategic debate increasingly revolves around who can successfully operationalise advanced hypersonic weapons first.

Military analysts widely regard hypersonic systems as a potentially transformative capability because they combine speed, manoeuvrability and precision in ways that challenge existing air-defence architectures.

Although countries around the world are investing heavily in counter-hypersonic technologies, there is no universally proven defence system capable of guaranteeing reliable interception under all conditions.

As a result, the emerging competition between India and Pakistan is evolving beyond the traditional focus on larger payloads or longer distances.

Instead, it is becoming a contest centred on reaction time, survivability and technological sophistication.

The next stage of the regional arms race is therefore unlikely to be measured simply by how far missiles can travel. Increasingly, it will be defined by how quickly they can reach their targets and whether existing defensive systems can respond in time.

Agencies