THE Pakistan Army has successfully test-fired the Fatah-2 Extended Range (ER) ballistic missile, marking another important achievement in the modernization of the country’s conventional defence capabilities. Developed by Pakistani scientists and engineers, the missile features advanced navigation and avionics systems designed to improve flight control and targeting accuracy. Its high speed and manoeuvrability make interception more difficult for enemy air defence systems. According to ISPR, the missile is designed to overcome opposing defences and strike important targets, including military command centres, radar installations, air bases, communication hubs, and critical infrastructure.
The Fatah missile family has undergone several stages of development, with Fatah-1 having a reported range of 150 kilometres and the original Fatah-2 reaching approximately 400 kilometres. The Extended Range variant represents a further improvement in its operational reach. ISPR footage suggests that the newer version has a longer body while retaining a diameter of around 600 millimetres. The additional length may accommodate more solid fuel, while improvements to the rocket motor or fuel composition could also contribute to its increased range.
The original Fatah-2 is approximately 7.5 metres long and carries a warhead weighing around 365 kilograms. Its reported accuracy is within 50 metres Circular Error Probable (CEP), meaning half of the missiles fired are expected to land within that distance of the intended target. Its anti-ship variant, known as SMASH, reportedly achieves an accuracy of 10 to 15 metres CEP, depending on its seeker configuration. The Extended Range version is expected to maintain or improve this accuracy through its advanced guidance and navigation systems.
Its greater range will allow the Pakistan Army to engage distant targets, including command centres, air bases, supply depots, and communication networks located deep inside enemy territory. This deep-strike capability could disrupt an adversary’s military operations and strengthen Pakistan’s conventional deterrence. The test was also conducted to assess the missile’s accuracy, survivability, and operational performance, while providing training to the personnel responsible for operating the system. Its speed and manoeuvrability are considered important features in making interception more difficult.
The test was witnessed by the Commander of the Army Rocket Force Command, senior Pakistan Army officers, and the scientists and engineers involved in the missile’s development. The commander appreciated their dedication and technical expertise, while the President, Prime Minister, Chiefs of Defence Forces, and Services Chiefs congratulated the team. The Army Rocket Force Command, reportedly established following evolving security challenges, plays an important role in managing and strengthening the Army’s missile capabilities.
The successful test also comes amid continued military competition between Pakistan and India, both of which are nuclear powers developing different ranges of missile systems. In this regional environment, the Fatah-2 ER is intended to strengthen Pakistan’s conventional deterrence and provide an improved response to potential threats. The successful test reflects the progress of Pakistan’s defence industry and the contribution of its scientists, engineers, and armed forces. It is also a source of national pride and another milestone in the country’s efforts to safeguard its security.
—The writer regularly contributes to the national press.
