Shaheen-II is the scaled-up sibling of the shorter-ranged Shaheen-I, sharing the same two-stage, solid-propellant design approach but roughly doubling both the length and the range. It sits alongside, and in institutional terms directly against, the liquid-fueled Ghauri-II developed by the rival Khan Research Laboratories (KRL), a parallel missile-design organization inside Pakistan's strategic establishment. The Shaheen-II specifications most frequently cited by Western analysts, a length of 17.2 meters, a diameter of 1.4 meters, and a launch weight of about 23,600 kilograms, describe a missile roughly the size and mass class of the Soviet SS-20 or an early Chinese DF-21, not a small tactical system.^2,3

How does Shaheen-II work in basic terms? Like most modern road-mobile ballistic missiles, it launches vertically or near-vertically from a wheeled transporter erector launcher (TEL), ignites its first-stage solid rocket motor, separates the spent first stage, ignites a second-stage motor to reach its cruising trajectory, then releases a separating reentry vehicle that carries the warhead through the atmosphere to the target. Pakistan has never disclosed a Shaheen-II unit cost or export price, and the missile has not been offered for export, unlike some shorter-range Pakistani systems.

Shaheen-II fits into a broader Pakistani doctrine its officials call full spectrum deterrence, a posture built on land-based missiles of several ranges rather than a single flagship system. Shorter-range solid-fuel missiles like Nasr handle tactical battlefield roles, sea-launched systems like Babur extend Pakistan's reach from submarines, and Shaheen-II itself covers the medium-range strategic tier aimed at targets across most of India. That layered structure is one reason Pakistan has kept investing in Shaheen-II's solid-fuel production line even after fielding the longer-ranged Shaheen-III, since the two missiles cover different parts of the same target set rather than one simply replacing the other.

Shaheen-II specifications place it firmly in the medium-range ballistic missile class, the same category NATO planners define by a 1,000 to 3,000 kilometer range band. Pakistani officials, including former NESCOM chairman Samar Mubarakmand, have publicly claimed a maximum range as high as 2,500 kilometers, while independent Western trackers such as the CSIS Missile Defense Project's Missile Threat database assess the figure more conservatively at 1,500 to 2,000 kilometers.^2,4 That gap between the official Pakistani claim and the external intelligence estimate is one of the more persistent open questions around the missile, and this article treats 2,000 kilometers as the better-supported working figure while noting the higher claim explicitly rather than picking one number silently.

The missile's two-stage solid rocket motor stack sits inside a steel airframe roughly 17.2 meters long and 1.4 meters in diameter, launching at a mass near 23,600 kilograms.^2,3 Solid fuel was the entire point of NDC's institutional mandate. Compared to the liquid-fueled Ghauri family, a Shaheen-II regiment can keep a missile loaded, checked, and ready for weeks at a time without the corrosive handling risks and lengthy fueling drills that liquid propellant demands, a major factor in survivability doctrine for any nuclear-capable force that expects to disperse its launchers under threat of a first strike.

Shaheen-II's reentry vehicle is where most of the missile's accuracy work happens. Open-source estimates put its circular error probable (CEP) at roughly 350 meters, a figure that is unremarkable by the standards of modern terminal-guidance systems but was a real improvement over Pakistan's earlier Ghauri-series missiles when Shaheen-II entered testing.² The reentry vehicle reportedly carries four small maneuvering motors intended to adjust the terminal trajectory and complicate any single intercept solution, a feature that has led some Pakistani and Western sources to describe the warhead bus as a limited maneuverable reentry vehicle rather than a purely ballistic one, though the extent of that maneuverability is not independently verified.³ The warhead itself is assessed at somewhere between 700 kilograms and 1,250 kilograms depending on configuration, sized to carry either a single nuclear warhead in the 15 to 35 kiloton range or a conventional high-explosive payload, since Shaheen-II is a dual-capable system rather than a dedicated nuclear-only platform.^2,4

Guidance is inertial at its core, a self-contained system of gyroscopes and accelerometers that does not depend on external signals, with the reentry vehicle's small maneuvering motors functioning as an added terminal correction layer rather than a full independent guidance suite. Some later production batches are reported to include satellite-aided position updates feeding into that inertial platform, though Pakistan has not published details confirming this beyond analyst inference.³ Shaheen-II is not a MIRV system, it carries one reentry vehicle per missile, unlike newer Indian designs moving toward multiple independently targetable warheads.

Pakistan first publicly displayed a Shaheen-II mockup in March 2000, years before the design was mature enough to fly. The Shaheen Missile System program itself had been assigned to the National Development Complex back in 1995, placed under Samar Mubarakmand, a nuclear physicist who had also worked on Pakistan's 1998 Chagai nuclear tests, and who built out NDC's engineering staff specifically to master solid-fuel rocket motor production, a technology base Pakistan did not previously possess at any scale.^6,7

That institutional assignment reflects a genuinely important split inside Pakistan's strategic weapons establishment that predates Shaheen-II itself. Through the 1990s, Pakistan ran two parallel and, by most independent accounts, rival missile-development bodies. The National Development Complex, working under the umbrella of the Pakistan Atomic Energy Commission and later NESCOM, took the solid-fuel development path that produced the Shaheen family. Khan Research Laboratories (KRL), the organization built around A. Q. Khan's uranium-enrichment program, took the liquid-fuel path instead, using North Korean Nodong missile technology to build the Ghauri and Ghauri-II missiles.^7,8 Analysts studying Pakistan's nuclear bureaucracy have described the PAEC-KRL rivalry of that era as deliberately encouraged by Pakistani leadership, a form of institutional competition meant to accelerate results, though it also gave A. Q. Khan's laboratory the operating autonomy that later enabled his black-market proliferation network. A 1999-2001 command reorganization eventually folded most missile-development authority under NDC and NESCOM, though KRL kept a continuing role producing Ghauri-series hardware.⁸

Shaheen-II's first flight test came on 9 March 2004, followed by additional tests including one on 19 March 2005, and a lengthy testing campaign running through roughly 2010 that exercised the engine, propellant batches, onboard flight computers, and guidance software.^1,9 Pakistan conducted further training and readiness launches after that, including a well-documented test on 23 May 2019 that flew into the Arabian Sea, before and after the missile's formal entry into operational service following a November 2014 training launch.⁹

The China question runs through nearly every serious account of Shaheen-II's origin. American intelligence assessments from the 1990s documented a 1992 sale of M-11 short-range missiles from China to Pakistan, technology widely credited with jump-starting Pakistan's shorter-range Shaheen-I and Ghaznavi programs.¹⁰ For the larger Shaheen-II, the technology-transfer picture is murkier and less confirmed. Some American and Indian analysts have linked Shaheen-II's design to the Chinese M-18 or to derivatives of the DF-11/DF-15 solid-fuel missile family, while other assessments point instead toward a scaled-up version of Chinese solid-motor technology broadly, without a single named source missile.^1,2 Pakistan has consistently and publicly denied direct Chinese design transfer for Shaheen-II specifically, describing it as an indigenous NDC design built on solid-fuel expertise developed from the late 1990s onward, even while acknowledging broader technical cooperation with China on materials and components elsewhere in its missile programs.^3,10 Given the conflicting and largely unconfirmed sourcing on this specific point, this article treats the Chinese-derivation claim as plausible but unproven rather than established fact.

Shaheen-II has never been fired in combat and has no confirmed conflict use. Like almost all of Pakistan's medium-range and intermediate-range nuclear-capable missiles, its operational purpose is deterrence against India rather than battlefield employment, and its testing history consists entirely of announced flight trials from Pakistani ranges rather than any wartime launch. The missile's deterrent value has nonetheless surfaced repeatedly in the broader India-Pakistan strategic rivalry, cited by Pakistani officials during periods of heightened tension, including exchanges following incidents in Kashmir, as evidence of assured second-strike reach against Indian territory.

Pakistan's own naming keeps Shaheen-II (Hatf-VI) distinct from the shorter-ranged Shaheen-I (Hatf-IV), the missile that came first and proved NDC's solid-fuel approach could work at all. Shaheen-I was first test-fired on 15 April 1999 from the Sonmiani range under the same Samar Mubarakmand-led NDC team, reaching a range of roughly 750 kilometers on a two-stage solid motor stack, and Pakistani sources claim a CEP as tight as 25 to 50 meters, considerably better than Shaheen-II's larger and longer-ranged reentry vehicle.⁵ An extended-range Shaheen-1A variant later pushed that figure closer to 900 kilometers, but Shaheen-I remained a short-range system built primarily for battlefield-depth targets inside India rather than the deep strategic reach Shaheen-II was designed to provide.⁵

The clearest successor variant is Shaheen-III, first tested on 9 March 2015, which stretches the same solid-fuel design family out to a claimed range of 2,750 kilometers.¹¹ Pakistani strategic planners, including former Strategic Plans Division head Lieutenant General Khalid Kidwai, have stated publicly that Shaheen-III's extended range exists specifically to hold India's Andaman and Nicobar Islands at risk, since those island bases sit far enough into the Bay of Bengal that Shaheen-II's shorter reach could not cover them from Pakistani territory.¹¹ No separate Shaheen-II upgrade variant has been publicly confirmed, unlike the Ghauri family, where KRL fielded a distinctly redesigned Ghauri-II with a lengthened motor casing after the original Ghauri-I's problematic 1998 test flight.

Pakistan is Shaheen-II's only known operator, fielded exclusively by the Pakistan Army's Army Strategic Forces Command, the tri-service authority responsible for Pakistan's land-based nuclear delivery systems. Shaheen-II has never been exported, offered for export, or reported in the inventory of any other country, unlike some of Pakistan's shorter-range tactical systems that have drawn export interest from Gulf states. Open-source estimates place the deployed force at under 50 missiles as of the most recent unclassified assessments, a number consistent with a limited, high-value strategic reserve rather than a mass-produced tactical weapon.⁴

Custodial control over Shaheen-II runs through Pakistan's National Command Authority (NCA), created in February 2000 during the same command reorganization that consolidated missile development under NDC and NESCOM.¹⁴ The Strategic Plans Division (SPD), a directorate under Pakistan's Joint Services Headquarters, acts as the NCA's secretariat and administers day-to-day custody, security, and release procedures for Shaheen-II and the rest of Pakistan's missile force, backed by a dedicated security force reported in the tens of thousands.¹⁴ That structure, civilian-chaired at the top but built around a permanent military secretariat, is often cited by Pakistani officials as evidence of a credible, professionally managed deterrent rather than a loosely controlled arsenal, a point of ongoing scrutiny from outside observers given Pakistan's history of proliferation episodes tied to A. Q. Khan's network.

The National Development Complex itself has drawn direct foreign pressure over Shaheen-II and the missiles built after it. In December 2024, the United States Department of State sanctioned NDC alongside three private Karachi-based firms, citing contributions to Pakistan's long-range ballistic missile program.¹⁵ Pakistan's foreign ministry called the move discriminatory and said its missile program remained defensive, arguing that a modest arsenal built around systems like Shaheen-II could not credibly threaten a global power.¹⁵ The episode underlines how Shaheen-II's operator base, limited to Pakistan's own strategic forces, sits inside a wider unresolved dispute over how much external technology reached NDC over the program's three-decade history.

The Ghauri-II, the liquid-fueled medium-range missile built by the rival Khan Research Laboratories rather than NDC, gives Shaheen-II its most direct point of comparison, and the rivalry is domestic rather than foreign. The two missiles cover almost the same range band, Ghauri-II is credited with roughly 2,000 to 2,300 kilometers against Shaheen-II's assessed 2,000 kilometers, yet they represent genuinely different engineering approaches competing for the same strategic role.¹² Ghauri-II's propulsion traces to North Korea's Nodong liquid-fuel rocket motor technology, adapted by KRL through the 1990s, while Shaheen-II is built entirely around NDC's solid-fuel motor casting expertise. That difference matters operationally far more than the raw range numbers suggest. Ghauri-class missiles require fueling before launch and are generally kept at fixed or semi-fixed sites, while Shaheen-II's solid motors let it sit loaded on a road-mobile TEL for extended periods, ready to disperse and fire on much shorter notice, a meaningful survivability edge under any scenario where Indian counterforce strikes might target known garrison sites.

Against India's own medium-range solid-fuel missile, the Agni-P, the comparison runs the opposite direction. Agni-P (also written Agni-Prime) is a newer design, first tested in 2021, and it is fully canisterized, sealed inside a hermetic launch tube that both protects the missile in storage and allows a cold launch, ejecting the missile from the canister with a gas generator before the rocket motor ignites in the air.¹³ Shaheen-II, by contrast, launches directly from an open TEL rather than a sealed canister, a design a full missile generation older than Agni-P's. Agni-P also carries an actively developed maneuverable reentry vehicle and, in at least one test, flew with a multiple independently targetable reentry vehicle payload, capabilities Shaheen-II's single, non-MIRV warhead bus does not match. The practical read is straightforward. Asked whether Shaheen-II is still in service, the answer is yes, deployed since 2014 on aging but proven technology, while Agni-P represents where India's solid-fuel missile design has moved on to since.

Numbers alone understate how differently these three missiles fit into their respective forces. Ghauri-II represents an institutional dead end inside Pakistan's own program, KRL never received a full military designation for it and NDC's solid-fuel Shaheen line effectively won the internal competition for future production. Agni-P represents the frontier India is racing toward, canisterization and cold-launch and maneuverable warheads. India's older Agni-II Prime, an extended-range solid-fuel derivative of the original Agni-II tested from 2010 onward, sits in between those two points on the Indian side, illustrating that Shaheen-II's real rival is a whole evolving Agni family rather than one fixed missile. Shaheen-II itself sits in between, a mature, proven, but no longer cutting-edge design that still forms the backbone of Pakistan's medium-range deterrent force.

What is the range of the Shaheen-II missile? Independent Western estimates, including the CSIS Missile Threat project, put Shaheen-II's range at roughly 1,500 to 2,000 kilometers. Pakistani officials have separately claimed a maximum range up to 2,500 kilometers. This article treats 2,000 kilometers as the better-supported working figure.^2,4

Who manufactures the Shaheen-II missile? Pakistan's National Development Complex (NDC), operating under the National Engineering and Scientific Commission (NESCOM), designed and built Shaheen-II, distinct from the Khan Research Laboratories organization that built the rival Ghauri missile family.^6,7

Is Shaheen-II still in service? Yes. Shaheen-II entered operational service with Pakistan's Army Strategic Forces Command following a November 2014 training launch and remains in service as of the most recent open-source assessments, with fewer than 50 missiles believed deployed.⁴

What is the Shaheen-II's caliber or warhead type? Shaheen-II is dual-capable, carrying either a single conventional high-explosive warhead or a nuclear warhead assessed in the 15 to 35 kiloton range, with total warhead mass estimated between 700 and 1,250 kilograms depending on configuration.²

Is Shaheen-II derived from a Chinese missile design? Some analysts have linked Shaheen-II's design to Chinese solid-fuel missile technology such as the M-18 or DF-11/DF-15 family, though this is not confirmed, and Pakistan has consistently denied direct Chinese design transfer for Shaheen-II specifically.^1,10