Blue Sparrow Missile Statistics 2026 | Key Facts

What Is the Blue Sparrow Missile?

The Blue Sparrow — designated Ankor Cahol (אנקור כחול) in Hebrew — is an Israeli medium-range air-launched ballistic missile (ALBM) produced by Rafael Advanced Defense Systems, measuring 6.51 meters (21.4 ft) in length, weighing 1,900 kilograms (4,200 lb), and capable of reaching targets at ranges up to 2,000 kilometers (1,200 miles) on a high ballistic trajectory that briefly carries the weapon beyond the dense atmosphere before a steep, quasi-vertical re-entry at extreme velocity. Originally conceived and fielded as the middle tier of Israel’s three-variant Sparrow target missile family — alongside the smaller Black Sparrow (4.85 m / 1,275 kg, simulating Scud-B class threats) and the larger Silver Sparrow (8.39 m / 3,130 kg, simulating Shahab-3 class intermediate-range ballistic missiles) — the Blue Sparrow was designed and built to replicate the altitude, velocity, thermal signature, and radar cross-section of Scud-C/D class and Iranian Shahab-series medium-range ballistic missiles during live-fire testing of Israel’s Arrow anti-ballistic missile (ABM) defense system, giving Israeli and American missile defense engineers a credible, repeatable, air-launched surrogate target capable of flying the exact trajectory profiles that Israel’s Arrow interceptors would eventually need to defeat in actual combat. The program was developed by Rafael with joint participation from Raytheon and formal support from the U.S. Missile Defense Agency (MDA), the Israel Missile Defense Organization (IMDO), and the Directorate of Defense Research and Development (DDR&D) — a tri-agency sponsorship reflected in the IMDO, MDA, and DDR&D logos clearly visible on production Blue Sparrow airframes in official IAF imagery.

The missile employs single-stage solid rocket propulsion and carries a modular payload section at its nose that, in the original test configuration, accommodates inert, instrumented, water-filled, or high-explosive (HE) warheads interchangeably within the same external envelope — a modularity that designers included to replicate different threat warhead mass properties during testing but that simultaneously created the technical foundation for operational offensive employment. The Divert and Attitude Control System (DACS) installed on the re-entry vehicle uses small lateral thrusters to maneuver the warhead section in the terminal phase, replicating the behavior of maneuvering Iranian ballistic missile warheads that Israel’s defense systems must be capable of defeating — and, in an offensive context, making the weapon significantly harder to intercept itself.

The Blue Sparrow’s transition from dedicated test asset to operational strike weapon is one of the most significant doctrinal evolutions in Israeli air power in the past decade. The Financial Times reported experts identifying Blue Sparrow — specifically from its spent rocket booster remnants recovered in Al-Azizia, Wasit Province, Iraq (approximately 100 kilometers from the Iranian border) — as the weapon employed in Israel’s April 2024 strikes on Iran, the first publicly documented operational use of an air-launched ballistic missile by the Israeli Air Force (IAF) in combat. The operational logic is straightforward: an IAF F-15D or F-15I launching a Blue Sparrow from Iraqi or Syrian airspace can send its warhead 2,000 km into Iran’s interior at velocities that compress adversary radar detection and intercept response time to seconds, while the launching aircraft — itself potentially hundreds of kilometers away — turns and exits the threat envelope before Iranian air defenses can calculate an intercept geometry. Blue Sparrow was used in 2024 and the related Black Sparrow variant in the initial standoff attacks of the 2026 Iran War — while Army Recognition (March 2026) and open-source intelligence analysts documented Blue Sparrow-series booster debris recovered in western Iraq and parts of Syria in the days following the February 28, 2026 opening of Operation Epic Fury, consistent with prior documented pattern of employment and suggesting operational Sparrow-family missiles participated in the opening strike waves of the 2026 Iran conflict.

Blue Sparrow Missile (Israel) 2026 — Key Facts

Source: Wikipedia – Sparrow target missile, updated March 5, 2026; Financial Times – experts identify Blue Sparrow booster in April 2024 Iran strike, 2024; Army Recognition – Israel May Have Employed Blue Sparrow Air-Launched Missiles in Early Waves of Iran Strike Campaign, March 2026; Defence-Blog – Israel reportedly uses Blue Sparrow missile in Iran strike, February 2026

These Blue Sparrow missile key facts for 2026 trace a weapons system that began as a sophisticated missile defense test tool and ended the year — by every available open-source indicator — as an operational precision-strike weapon employed in one of the most consequential air campaigns in Middle Eastern history. The identification of Blue Sparrow booster debris in Iraq following the April 2024 Iran strikes was the inflection point: it confirmed that Israel had adapted a system originally designed to help build its own missile defenses into an offensive weapon capable of penetrating the air defenses of the country those defenses were designed to protect against. The modular warhead section and the DACS maneuvering re-entry vehicle — both features included specifically to make the Blue Sparrow a more realistic and challenging test target for Arrow interceptors — turned out to be exactly the features that made the weapon most effective offensively: the modular section accepts a live HE warhead with no external changes, and the DACS maneuvering capability makes terminal-phase interception by Iranian air defenses substantially harder. The engineering designed to test Israel’s shields became part of Israel’s swords.

The December 2020 David’s Sling multi-layer test remains the most publicly documented use of the Blue Sparrow in its original testing role — with IAF images showing the F-15D carrying the recognizable orange-finned booster section that would later appear in Iraqi field photographs in April 2024. The continuity between those 2020 test images and the 2024 debris photographs is what allowed open-source analysts and experts to confirm the weapon’s identity without official acknowledgment from the IDF. The pattern repeated in 2026: the same booster geometry, the same flight corridor over Iraq, the same absence of official confirmation. Whether the 2026 employment involved Blue Sparrow specifically or the related Black Sparrow variant – the operational trajectory of the entire Sparrow family is now established: these weapons are dual-use assets that Israel has fielded as both the targets for its missile defenses and the instruments of its precision-strike doctrine simultaneously.

Blue Sparrow Missile 2026 — Full Technical Specifications

Source: Wikipedia – Sparrow target missile, updated March 5, 2026; GlobalSecurity – Sparrow Air-Launched BMD Targets; OSMP – Blue Sparrow series; Army Recognition – Israel May Have Employed Blue Sparrow ALBMs, March 2026; The Aviationist – Blue Sparrow test, December 17, 2020

The Blue Sparrow full technical specifications confirm a missile that occupies a unique dual-use niche with no direct equivalent in any other nation’s arsenal. Every other air-launched ballistic missile in any active inventory was designed from the outset to be a weapon — the Blue Sparrow was designed to be a target, and its transformation into a weapon was achieved primarily by replacing the inert test payload in the modular nose section with a live high-explosive warhead. The airframe, propulsion, guidance, and re-entry vehicle remained unchanged. This means the Blue Sparrow offensive variant carries none of the observable signatures of a purpose-built ALBM program: there are no new production facilities, no new contractor activity, no new export control notifications, and no new testing requirements that would trigger intelligence community attention. The weapon is simply a test missile with a warhead — and the modular nose section design ensures that the conversion is operationally seamless.

The DACS maneuvering re-entry vehicle deserves particular attention in the offensive context. When the Blue Sparrow was used in Arrow testing, the DACS was activated to simulate the evasive maneuvers that Iranian engineers were building into their own ballistic missile warheads to complicate Israeli interceptor targeting. The engineers at Rafael who designed the DACS knew exactly how to make a re-entry vehicle difficult to intercept — they built that knowledge into the Blue Sparrow to test whether Arrow could overcome it. When the Blue Sparrow flies offensively, that same DACS maneuverability works against Iranian air defense interceptors instead, exploiting decades of Israeli engineering investment in defeating exactly the kind of defensive system that Iran has deployed to protect its highest-value targets. The apogee of approximately 100 km — briefly beyond the atmosphere — further compresses the reaction window for Iranian air defense operators: a target that disappears from conventional radar coverage on ascent and reappears at hypersonic velocity on a near-vertical terminal trajectory from near space gives radar operators and interceptor batteries only seconds to generate a firing solution, far less time than a conventional cruise missile or stand-off glide bomb provides.

Blue Sparrow Missile 2026 — Combat & Operational History Statistics

Source: Financial Times – experts identify Blue Sparrow in April 2024 Iran strike, 2024; Wikipedia – Sparrow target missile, updated March 5, 2026; Wikipedia – Arrow missile family; The Aviationist – Blue Sparrow David’s Sling test, December 17, 2020; missilery.info – Arrow-2 test record; Army Recognition – Israel May Have Employed Blue Sparrow ALBMs

The Blue Sparrow combat and operational history statistics document a system that moved from test tool to combat weapon with minimal institutional friction precisely because the conversion required no new development, no new platform integration, and no new operational concept — only a warhead swap in a nose section designed from the beginning to be interchangeable. The April 2024 operational debut established the template: IAF F-15Is carry the missiles deep into Iraqi or Syrian airspace, release them at altitude on a pre-programmed ballistic trajectory, and exit the threat zone while the missiles continue to Iran under inertial and GPS guidance. The spent boosters — the only hardware that does not reach the target — fall onto Iraqi territory, where they become the evidence trail that analysts use to reconstruct the strike. Israel has never publicly confirmed any individual Sparrow-family employment; the entire operational use record rests on physical evidence and expert analysis of debris that no one in the Israeli government has contradicted. The pattern of employment in April 2024, October 2024, and the assessed February 2026 operations shows increasing integration of air-launched ballistic missiles into Israeli strike packages — from what appears to have been a limited inaugural use in April 2024 to what Army Recognition and multiple open-source analysts assessed as a significant opening-wave role in the February 28, 2026 campaign.

The NSA/NGA document leak of October 2024 — regardless of how it entered public circulation — provided the most specific public indication of Israeli operational planning around the Sparrow family, including planned allocation of specific numbers of ROCKS missiles for radar suppression and Golden Horizon-equivalent weapons for high-value fixed-target strikes in a planned follow-on operation. If those numbers are accurate, Israel had pre-positioned an air-launched ballistic missile arsenal of meaningful scale against a set of pre-planned Iranian targets well before the February 2026 escalation. The update of March 5, 2026 — recording Black Sparrow as the weapon used in the 2026 Iran War’s initial standoff attacks — is the first encyclopedic acknowledgment of which Sparrow variant was assessed as dominant in the 2026 strikes, suggesting that the heavier Blue Sparrow may have been complemented or partially replaced by the shorter-range, lighter Black Sparrow in the 2026 target set, possibly because the 2026 target list included more Iranian air defense batteries in Western Iran at closer range rather than the hardened infrastructure deeper inside the country targeted in 2024.

Blue Sparrow Missile 2026 — Sparrow Family Comparison & Derivatives

Source: Wikipedia – Sparrow target missile, updated March 5, 2026; GlobalSecurity – Sparrow Air-Launched BMD Targets; SOFREP – Israel’s Secret Air Launched Ballistic Missiles Strike Iran, November 2024; Islamic World News – Military Knowledge: Sparrow Air-Launched Ballistic Missiles, November 2024; Rafael Advanced Defense Systems – ROCKS missile official; Rafael – Sparrow Targets PDF; The Aviationist, December 17, 2020

The Sparrow family comparison and derivatives table confirms a comprehensive Israeli air-launched ballistic missile ecosystem that spans short-range radar suppression (ROCKS / Black Sparrow), medium-range precision strike against hardened targets (Blue Sparrow), long-range strike against deeply buried or nuclear infrastructure (Golden Horizon / Silver Sparrow derivative), and ABM testing across all three tiers simultaneously. The overlap between the testing role and the offensive role is not accidental — it is the product of a deliberate Israeli doctrine that views the same missile’s flight characteristics as simultaneously useful for validating Arrow interceptor performance from the inside and for defeating Iranian air defenses from the outside.

The French Air Force’s 2011 live intercept of a Black Sparrow using the MBDA Aster 30 confirmed the export testing utility of the family, while simultaneously confirming that the booster signature and re-entry profile of Sparrow-family weapons are realistic enough to serve as credible surrogates for operational ballistic missiles in NATO member air defense evaluations. The ROCKS export program — with its INS/GPS guidance, EO terminal seeker, and anti-radiation homing capability — is the commercially visible face of a family whose higher-end offensive members remain entirely within Israeli operational classification. The Golden Horizon remains the most significant unconfirmed entry in the Sparrow lineage: if the October 2024 leaked document is accurate, Israel possesses a Silver Sparrow-class air-launched ballistic missile capable of F-15I deployment against the hardest class of buried targets in Iran — a capability that, if true, would represent the most consequential undisclosed development in the family’s history.

Disclaimer: This research report is compiled from publicly available sources. While reasonable efforts have been made to ensure accuracy, no representation or warranty, express or implied, is given as to the completeness or reliability of the information. We accept no liability for any errors, omissions, losses, or damages of any kind arising from the use of this report.

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