SOURCE: AFI


On May 3, 2025, Pakistan conducted a test-firing of its Abdali (Hatf-II) tactical ballistic missile, a land-based, road-mobile system designed to target enemy installations and assets. The test, part of Exercise INDUS, aimed to validate operational readiness and technical parameters, including advanced navigation and maneuverability, amid heightened tensions with India following the April 22, 2025, Pahalgam terrorist attack.
Official Pakistani statements claim the Abdali has a range of 450 km, though open sources, including Wikipedia, cite a range of 180–200 km. With a Circular Error Probable (CEP) of 100–150 meters and conventional warheads—High Explosive (HE) or Improved Conventional Munitions (ICM)—the Abdali poses a limited but notable threat to India’s forward military bases and infrastructure. This article evaluates the Abdali’s capabilities, the strategic threat it presents, and how India’s layered air and missile defense systems, including MR-SAM, Akash-NG, and Ashwin (AAD), can effectively counter it.
The Abdali, developed by Pakistan’s Space Research Commission (SUPARCO), is a single-stage, solid-propellant, short-range ballistic missile (SRBM) with a payload capacity of up to 500 kg. First test-fired in 2002, it entered service in 2005 and is derived from the Hatf-I, with inertial or terminal guidance systems ensuring a CEP of 100–150 meters, per Wikipedia. While not nuclear-capable, its HE or ICM warheads are designed for tactical strikes against military targets like airfields, command centers, or logistics hubs. The missile’s road-mobile launcher, based on a reverse-engineered Soviet MAZ-7310 truck, enhances its survivability by enabling rapid deployment.
Pakistan’s claim of a 450 km range, as reported by Rediff, contrasts with official ranges of 180–200 km cited in sources like IAS Gyan. Even at 450 km, the Abdali’s fixed ballistic trajectory and high CEP limit its precision compared to India’s maneuverable SRBMs like Pralay and Prahar.
The Abdali’s primary threat lies in its ability to target India’s forward military installations, particularly along the Line of Control (LoC) or in Punjab and Rajasthan, within its claimed 450 km range from Pakistani launch sites. For instance India’s S-400 systems in Punjab are “within striking distance” of the Abdali, alleging its advanced navigation evades interception. However, this claim is dubious, as the Abdali’s conventional warheads and high CEP limit its effectiveness against heavily defended assets like S-400 batteries, which are protected by layered defenses.
The missile’s tactical role aligns with Pakistan’s strategy of offsetting India’s conventional military superiority, as noted by Missile Threat. Its road-mobile nature allows rapid deployment, potentially complicating India’s targeting efforts in a conflict. However, the Abdali’s fixed trajectory, lack of multiple independently targetable re-entry vehicles (MIRVs), and conventional payload reduce its strategic impact compared to Pakistan’s nuclear-capable missiles like the Ababeel or Shaheen-III. The test’s timing, post-Pahalgam, suggests a signaling of deterrence, to India.
India’s advanced air and missile defense systems, developed under the Ballistic Missile Defence (BMD) Programme and integrated into a network-centric framework, are well-equipped to counter the Abdali. The missile’s terminal-phase velocity (approximately 2,000 m/s, or Mach 6–7) and predictable trajectory make it an interceptable target for multiple Indian systems, including MR-SAM, Akash-NG, and Ashwin (AAD).
Medium-Range Surface-to-Air Missile (MR-SAM):
- Capabilities: The MR-SAM, a joint Indo-Israeli system (Barak-8), has a range of 70–100 km and can engage targets at speeds up to Mach 2–3, with a kill probability of approximately 88–90%, per idrw.org. Its EL/M-2084 AESA radar provides 360-degree coverage, enabling tracking of low-altitude SRBMs like the Abdali.
- Effectiveness Against Abdali: The Abdali’s terminal velocity (2,000 m/s) is within MR-SAM’s engagement envelope (1,500–1,700 m/s target velocity). Its low trajectory and lack of mid-course maneuvers enhance predictability, allowing MR-SAM to intercept in the terminal phase. The system’s mobility, deployable with infantry units, ensures flexibility along the LoC. Firing one or two MR-SAM missiles can achieve a high intercept probability, especially with real-time target data from long-range radars like Swordfish (1,500 km range).
- Advantages: MR-SAM’s network-centric integration with India’s Integrated Air Defence Command and Control System ensures constant target updates, maximizing reaction time. Its ability to engage multiple targets simultaneously counters salvo launches, a tactic Pakistan might employ.
India’s layered defense extends beyond MR-SAM, Akash-NG, and AAD. The S-400 system, with a 400 km range and Mach 14 target engagement capability, can neutralize the Abdali well before it reaches Indian airspace, per idrw.org. The Quick Reaction SAM (QRSAM, 25–30 km) and SPYDER (15–35 km) provide short-range protection, complementing the BMD, per SSB Crack Exams. India’s Pralay and Prahar SRBMs, with quasi-ballistic trajectories and 10-meter CEPs, outclass the Abdali in maneuverability and precision, offering a superior offensive capability.
The key to India’s success lies in its network-centric, layered air defense system. Long-range radars like Swordfish and Super Swordfish, deployed in Rajasthan, Uttarakhand, and Madhya Pradesh, provide early warning, tracking targets 1,500 km away, per New Indian Express. This extends reaction time, critical for intercepting high-speed SRBMs. The Integrated Air Defence Command ensures real-time data sharing, enabling systems like MR-SAM and Akash-NG to engage the Abdali in the terminal phase with high accuracy.
Strategically, the Abdali’s limited range and high CEP make it a minor threat compared to Pakistan’s MIRV-capable Ababeel or Shaheen-III, which target India’s BMD with greater sophistication, per The Diplomat. India’s focus on countering these advanced systems, through Phase-II BMD tests like the AD-1 interceptor in July 2024, ensures preparedness for broader threats, per Army Recognition.
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