The GBU-8 Homing Bomb System, known as HOBOS, is a 2,000 pound electro-optical guided bomb developed for the United States Air Force. Rockwell began development in 1967 at the Air Force's request, in response to shortcomings of the Navy's AGM-62 Walleye during the Vietnam War; the Mk. 84 bomb's payload was judged more effective than the smaller warhead of the Walleye, which was designed for anti-ship use. The weapon has a contrast seeker in the nose, four cruciform tailfins with flying surfaces for control, strakes joining the fins to the nose, and a 2,000 pound Mk. 84 low-drag general-purpose bomb. The same guidance kit on a 3,000 pound Mark 118 bomb was designated GBU-9. It reached Ubon Royal Thai Air Force Base in Thailand in January 1969 and was first used in combat in February 1969. It was used again in Operation Linebacker, including against the Thanh Hoa Bridge on 27 April 1972 and the Paul Doumer Bridge on 10 May 1972. The concept was carried forward in the GBU-15, and the Israeli Air Force also used the weapon.
Facts
Weapon Class
Weapon Class (category) Introduced Year Connections
In the Other Atlases
Manufactured By
Also in Business Atlas: the manufacturer of this subject.
Source GBU-8 (Wikipedia)History [manufacturer]Quote, History [manufacturer]
Development of the Homing Bomb System (HOBOS) by Rockwell began in 1967
Sources
1. GBU-8 (Wikipedia)
Lead sentence
electro-optical guided bomb developed for the United States Air Force
History
The system was deployed to USAF units at Ubon Royal Thai Air Force Base, Thailand in January 1969
History [manufacturer]
Development of the Homing Bomb System (HOBOS) by Rockwell began in 1967
Used In: Vietnam War, History [used-in]
The HOBOS system was also used in Operation Linebacker with the 8th TFW once bombing resumed in April 1972.
In Group: Air-to-Ground Missiles and Guided Bombs, Infobox: type
Electro-optical guided bomb
View the SourceReader Challenges (0)
No disputes yet. Spotted an error or a better source? Open the first one.
Sign in to dispute this or suggest a correction.