This article was accepted into the corpus but its outbound wikilinks were never NER-processed — typical at the deepest BFS hop or when the run's entity cap was reached. No expansion funnel to show.
| Spike (missile family) | |
|---|---|
| Name | Spike |
| Caption | Spike family multi-platform presence |
| Origin | Israel |
| Type | Anti-tank guided missile |
| Designer | Rafael Advanced Defense Systems |
| Manufacturer | Rafael Advanced Defense Systems, subcontractors |
| Service | 1996–present |
| Wars | Second Intifada, 2006 Lebanon War, Gaza War (2008–2009), Syrian Civil War, Russo-Ukrainian War |
Spike (missile family) is a family of precision-guided anti-tank and multi-role missiles developed by Israel's Rafael Advanced Defense Systems. Designed for infantry, vehicular, rotary-wing, and naval platforms, Spike systems have been adopted by numerous armed forces worldwide and integrated into combat operations across Middle East and European theaters. The family emphasizes fire-and-forget and fire-observe-and-update modes with electro-optical seekers, enabling engagement of armored vehicles, fortifications, and personnel.
Rafael initiated development in the late 1980s to succeed legacy anti-armor systems used by the Israel Defense Forces and to compete internationally with designs from United States, France, United Kingdom, Germany, and Sweden. The program drew on technologies from programs such as the TOW (missile), MILAN, Hot developments and lessons from conflicts including the 1982 Lebanon War and the First Intifada. Design goals prioritized range, modularity, and multi-platform integration to match requirements from prospective customers like Hellenic Army, Brazilian Army, and Polish Land Forces. Engineering teams collaborated with subcontractors in Italy, Germany, Canada, and South Africa to refine seekers, propulsion, and warhead modules. Trials incorporated instrumentation used in NATO evaluation protocols and certified compliance with export control regimes influenced by the Wassenaar Arrangement.
The family comprises shoulder-launched and vehicle-launched versions, each tailored for different engagement envelopes. Early models include the man-portable Spike-SR influenced by compact systems fielded by US Army light infantry, and the longer-range Spike-MR adopted by mechanized units in Portugal and Romania. Spike-LR offers extended-range capabilities comparable to systems used by Sweden and France and has been integrated on platforms such as the Stryker vehicle and Eurocopter AS565 Panther. The Spike-ER/Spike-ER2 variants provide fire-and-forget and fire-and-update functionality for rotorcraft like the AH-64 Apache and naval platforms similar to those used by the Royal Navy. The newest Spike NLOS (non-line-of-sight) addresses requirements analogous to long-range loitering munitions considered by Poland and Estonia.
Guidance suites combine dual-band electro-optical sensors, infrared imaging similar to technology used in F-16 Fighting Falcon targeting pods, and fiber-optic datalinks inspired by systems deployed on Israel Aerospace Industries platforms. Modes include fire-and-forget and fire-and-update allowing operator control during flight, akin to concepts used in the Brimstone program. Warhead options span tandem HEAT for reactive armor defeat employed against vehicles fielded by Russia and others, multi-purpose blast-fragmentation for urban engagements encountered in Gaza Strip operations, and anti-personnel/anti-material warheads used to neutralize fortifications in scenarios like the 2006 Lebanon War. Fuzing mechanisms reflect standards from munitions used by United States Navy and French Navy systems for naval integration. Countermeasure resistance incorporates algorithms developed after confronted electronic warfare in the Syrian Civil War theater.
Spike systems entered service in the mid-1990s and saw early operational use with the Israel Defense Forces during counterinsurgency operations in the West Bank and engagements in southern Lebanon. Internationally, Spike missiles were used by Brazil in peacekeeping deployments and by Colombia in internal security operations. During the 2006 Lebanon War, Spike-LR-equipped units engaged armor and hardened positions. The Gaza War (2008–2009) and subsequent Gaza operations featured Spike variants for precision strikes. In the Syrian Civil War, multiple state and non-state actors encountered Spike-equipped platforms. During the Russo-Ukrainian War, Spike exports and deliveries to Ukraine influenced anti-armor campaigns against units fielding T-72, T-80, and T-90 main battle tanks, with documented strikes on combined-arms formations and fortifications.
Operators include NATO and partner states across Europe, Asia, Africa, and the Americas. Notable users: Israel Defense Forces, Poland Land Forces, German Army, Brazilian Army, Finnish Defence Forces, Romanian Land Forces, Portuguese Army, Singapore Armed Forces, Hungarian Defence Forces, Estonian Defence Forces, Czech Army, Slovak Armed Forces, Belgian Armed Forces, Canadian Army, Dutch Army, Greek Army, Cyprus National Guard, Colombian Armed Forces, Chilean Army, Philippine Army, and Ukraine. Naval and aviation operators include forces such as the Royal Thai Navy and air arms integrating Spike-ER on helicopters comparable to those used by Italian Army Aviation.
Rafael pursued direct sales, co-production, and licensed manufacture with industrial partners in countries including Germany, Italy, Poland, South Korea, and Brazil. Licensing agreements paralleled arrangements seen in programs like the Gripen and F-16 industrial offsets, involving local firms in assembly, electronics, and warhead manufacture to satisfy procurement offsets demanded by buyers such as Romania and Greece. Export approvals navigated frameworks influenced by the Wassenaar Arrangement and bilateral agreements between Israel and purchasing states, with delivery schedules adjusted by strategic considerations illustrated in past transfers to Ukraine and other regional partners.
Specifications vary by model; representative figures include: - Spike-SR: weight similar to man-portable systems fielded by US Army Special Forces, engagement range ~0.5–1.5 km, electro-optical seeker, single HEAT warhead. - Spike-MR: used by mechanized units like those in Portugal, range ~2.5–4 km, fire-and-forget/semi-active modes, multi-purpose warhead options. - Spike-LR: vehicle and naval integration comparable to systems aboard Stryker-class platforms, range ~4–5.5 km, tandem HEAT, fiber-optic datalink optional. - Spike-ER/ER2: helicopter-and-ship-launched, range ~8–10 km (ER) and extended for ER2, fire-and-update, compatibility with rotorcraft similar to Eurocopter Tiger and utility helicopters. - Spike NLOS: non-line-of-sight capability, ranges reported up to 25–30 km, upgraded seeker suites, networked datalink and man-in-the-loop control, multi-role warheads.
Category:Anti-tank guided missiles