AT-1K Raybolt: Difference between revisions

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The ”’AT-1K Raybolt”’ ({{langx|ko|현궁}} “Hyeon-gung”,<ref name=”GS”>{{Cite web | url=https://www.globalsecurity.org/military/world/rok/raybolt.htm | title=Raybolt / Hyeongung ATGM }}</ref> [[Hanja]]: 晛弓) is a South Korean man-portable third-generation [[anti-tank guided missile]] built by [[LIG Nex1]]. It has [[fire-and-forget]] capability using an [[infrared]] imaging seeker and has a [[tandem-warhead]] to defeat [[explosive reactive armor]]. The Raybolt has a [[top attack]] and direct attack modes.<ref name=”LIG Nex1 RAYBOLT 1″>{{cite web|url=https://www.lignex1.com/web/eng/product/product.do?category=01&part=01&model=07|title=Mid-Range Infantry Missile (Raybolt)|publisher=[[LIG Nex1]]|date=|archiveurl=https://web.archive.org/web/20240220150940/https://www.lignex1.com/web/eng/product/product.do?category=01&part=01&model=07#categoryMenu|archivedate=20 February 2024|accessdate=20 February 2024|author=}}</ref><ref name=”LIG Nex1 RAYBOLT 2″>{{cite web|url=https://www.lignex1.com/data/investmentdata/RAYBOLT.pdf|title=RAYBOLT|publisher=[[LIG Nex1]]|date=2023|archiveurl=https://web.archive.org/web/20240220135308/https://www.lignex1.com/data/investmentdata/RAYBOLT.pdf|archivedate=20 February 2024|accessdate=20 February 2024|author=}}</ref> It is the first ATGM to be built by South Korea and entered mass production in June 2017.

The ”’AT-1K Raybolt”’ ({{langx|ko|현궁}} “Hyeon-gung”,<ref name=”GS”>{{Cite web | url=https://www.globalsecurity.org/military/world/rok/raybolt.htm | title=Raybolt / Hyeongung ATGM }}</ref> [[Hanja]]: 晛弓) is a South Korean man-portable third-generation [[anti-tank guided missile]] built by [[LIG Nex1]]. It has [[fire-and-forget]] capability using an [[infrared]] imaging seeker and has a [[tandem-warhead]] to defeat [[explosive reactive armor]]. The Raybolt has a [[top attack]] and direct attack modes.<ref name=”LIG Nex1 RAYBOLT 1″>{{cite web|url=https://www.lignex1.com/web/eng/product/product.do?category=01&part=01&model=07|title=Mid-Range Infantry Missile (Raybolt)|publisher=[[LIG Nex1]]|date=|archiveurl=https://web.archive.org/web/20240220150940/https://www.lignex1.com/web/eng/product/product.do?category=01&part=01&model=07#categoryMenu|archivedate=20 February 2024|accessdate=20 February 2024|author=}}</ref><ref name=”LIG Nex1 RAYBOLT 2″>{{cite web|url=https://www.lignex1.com/data/investmentdata/RAYBOLT.pdf|title=RAYBOLT|publisher=[[LIG Nex1]]|date=2023|archiveurl=https://web.archive.org/web/20240220135308/https://www.lignex1.com/data/investmentdata/RAYBOLT.pdf|archivedate=20 February 2024|accessdate=20 February 2024|author=}}</ref> It is the first ATGM to be built by South Korea and entered mass production in June 2017.

The Raybolt is positioned by its manufacturer as a competitor and peer with the American [[FGM-148 Javelin]] and Israeli [[Spike (ATGM)|Spike-MR]] ATGMs.<ref name=”wjdj”>{{cite web|url=http://www.defenseworld.net/news/19459/S_Korea_s_Raybolt_ATGM_Set_To_Compete_Against_Israeli_Spike__US_Javelin|title=S Korea’s Raybolt ATGM Set To Compete Against Israeli Spike, US Javelin|website=www.defenseworld.net|date=2 June 2017|access-date=9 August 2018|archive-date=17 May 2020|archive-url=https://web.archive.org/web/20200517233643/https://www.defenseworld.net/news/19459/S_Korea_s_Raybolt_ATGM_Set_To_Compete_Against_Israeli_Spike__US_Javelin|url-status=dead}}</ref>

The Raybolt is positioned by its manufacturer as a competitor and peer with the American [[FGM-148 Javelin]] Israeli [[Spike (ATGM)|Spike-MR]] ATGMs.<ref name=”wjdj”>{{cite web|url=http://www.defenseworld.net/news/19459/S_Korea_s_Raybolt_ATGM_Set_To_Compete_Against_Israeli_Spike__US_Javelin|title=S Korea’s Raybolt ATGM Set To Compete Against Israeli Spike, US Javelin|website=www.defenseworld.net|date=2 June 2017|access-date=9 August 2018|archive-date=17 May 2020|archive-url=https://web.archive.org/web/20200517233643/https://www.defenseworld.net/news/19459/S_Korea_s_Raybolt_ATGM_Set_To_Compete_Against_Israeli_Spike__US_Javelin|url-status=dead}}</ref>

The Raybolt was first shown publicly at the Indodefence 2014 exhibition.<ref>{{Cite web|url=https://www.armyrecognition.com/indodefence_2014_official_show_daily_news_coverage/lig_nex_1_showcases_chiron_portable_sam_and_raybolt_3rd_anti-tank_guided_missile.html|title=LIG Nex 1 showcases Chiron portable SAM and Raybolt 3rd anti-tank guided missile &#124; IndoDefence 2014 Official Show Daily News Coverage &#124; Defence and security military army exhibition 2014|date=6 November 2014 }}</ref>

The Raybolt was first shown publicly at the Indodefence 2014 exhibition.<ref>{{Cite web|url=https://www.armyrecognition.com/indodefence_2014_official_show_daily_news_coverage/lig_nex_1_showcases_chiron_portable_sam_and_raybolt_3rd_anti-tank_guided_missile.html|title=LIG Nex 1 showcases Chiron portable SAM and Raybolt 3rd anti-tank guided missile &#124; IndoDefence 2014 Official Show Daily News Coverage &#124; Defence and security military army exhibition 2014|date=6 November 2014 }}</ref>


Latest revision as of 04:30, 17 October 2025

South Korean anti-tank guided missile

The AT-1K Raybolt (Korean: 현궁 “Hyeon-gung”,[5] Hanja: 晛弓) is a South Korean man-portable third-generation anti-tank guided missile built by LIG Nex1. It has fire-and-forget capability using an infrared imaging seeker and has a tandem-warhead to defeat explosive reactive armor. The Raybolt has a top attack and direct attack modes.[6][7] It is the first ATGM to be built by South Korea and entered mass production in June 2017.

The Raybolt is positioned by its manufacturer as a competitor and peer with the American FGM-148 Javelin, Israeli Spike-MR and Turkish OMTAS ATGMs.[8]

The Raybolt was first shown publicly at the Indodefence 2014 exhibition.[9]

https://upload.wikimedia.org/wikipedia/commons/transcoded/1/17/A_defense_quality_certification_testing_of_AT-1K_Raybolt_on_May_2017.webm/A_defense_quality_certification_testing_of_AT-1K_Raybolt_on_May_2017.webm.480p.vp9.webm
Defense quality certification testing of AT-1K Raybolt in May 2017

Development began in 2007 and began in earnest in 2010, as South Korea’s existing anti-tank guided missiles were reaching the end of their 25-year service life.[10] LIG Nex1’s priorities during development were world-class performance, weight, export competitiveness through localization of core components, cost-efficiency, and reliability. The development was not completely smooth, and for the first five years there were several failures with “Captive Flight Tests”. In a retrospective on the development of the Raybolt, one engineer assessed the greatest challenge as quality assurance.[11] On May 30, 2017, it successfully completed the quality certification test of Raybolt organized by the Defense Acquisition Program Administration (DAPA).[12]

The Raybolt was developed to replace obsolete anti-tank weapons, such as recoilless rifles and TOW missiles.[13] South Korea’s 1970s-vintage TOW missiles lacked tandem-warheads and would not be able to destroy modern North Korean tanks equipped with explosive reactive armor (ERA).[13]

The Raybolt is produced by LIG Nex1 in cooperation with South Korea’s Agency for Defense Development (ADD), under the auspices of the DAPA.[11] About 95% of the Raybolt is made in South Korea.[14]

The Raybolt underwent successful test evaluations in Saudi Arabia in December 2013 and January 2014.[11] The Raybolt contract is expected to be worth 1 trillion won through till 2023.[14]

https://upload.wikimedia.org/wikipedia/commons/transcoded/d/d6/A_firing_demonstration_of_the_AT-1K_Raybolt_anti-tank_guided_missile.webm/A_firing_demonstration_of_the_AT-1K_Raybolt_anti-tank_guided_missile.webm.480p.vp9.webm
A live-fire demonstration of the AT-1K Raybolt

The Raybolt’s most notable feature is an imaging infrared seeker providing fire-and-forget capability. It also has a tandem-warhead and both direct attack and top attack modes. The Raybolt uses a smokeless propellant and can be fired from within a building. The Raybolt missile and Observation and Launch Unit (OLU) can either be vehicle-mounted or carried as a manpack by two men. There are also discussions to mount the Raybolt on helicopters. The OLU has day/night capability via a thermal sight.[6][7][11] The missile uses a soft launch to escape the barrel before activating the main flight motor.[10] It is scheduled to be acquired over the 2018–2022 timeframe.[13]

The Raybolt system weight about 20 kg (44 lb),[13] which its manufacturer describes as lighter than peers.[8] The Raybolt’s range is 2.5[15] or 3 km.[14] The Raybolt’s HEAT tandem warhead can penetrate 900 mm of RHA beyond defeating ERA,[16] which is described as “excellent performance” by DAPA.[13]

AT-1K missile

The Raybolt has been marketed to India.[17] Park Tae-sik, senior manager at LIG Nex1, also reports interest from South America.[10]

The missile can be carried by a two-man crew or fitted to fire from vehicles. The South Korean Army uses an anti-tank version of the Kia Motors 4×4 Light Tactical Vehicle (LTV) called the K-153C; the roof is equipped with a launcher turret with two missiles ready to fire and four additional missiles carried inside the vehicle.[15]

The Raybolt was delivered to the Republic of Korea Armed Forces in 2017.[13] It will be used by the Korean Army and the ROK Marine Corps.[11]

In 2018, the Raybolt was used in the Yemeni Civil War by the Royal Saudi Armed Forces against the Houthis.[1][18]

AT-1K Raybolt operators

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