(2nd LEAD) N. Korea fires off 3 ballistic missiles: JCS
(ATTN: ADDS launching and arrival site in 3rd para, background in last para)
SEOUL, July 19 (Yonhap) -- North Korea fired off three ballistic missiles Tuesday morning following South Korea's recent decision to deploy an advanced U.S. anti-missile system in the country, South Korea's Joint Chiefs of Staff (JCS) said.
The latest launch is thought to be part of Pyongyang's response to the July 8 decision by Seoul and Washington to deploy the Terminal High Altitude Area Defense (THAAD) system here by the end of 2017 to deal with the ever-growing nuclear and missile threats from the North.
It is the latest in a recent series of missile provocations, including the firing of a submarine-launched ballistic missile earlier this month.
The missiles, presumed to be Scud-types, were launched from Hwangju, North Hwanghae Province, and flew some 500 to 600 kilometers into the East Sea, the military said. It said the missiles were launched between 5:45 a.m. and 6:40 a.m.
The range is enough to reach all of South Korea, including the far southern port city of Busan, the JCS said, adding that South Korea's military is keeping close tabs on the North and fully prepared for additional missile launches.
A Scud has a range of 500 to 700 km and is a considered a shorter-range ballistic missile.
colin@yna.co.kr
kyongae.choi@yna.co.kr
(END)
-
All BTS members renew contract with BigHit
-
Top court upholds life sentence for woman over drowning death of husband for insurance money
-
Late wife of Australian veteran of Korean War laid to rest in Busan
-
Remains of another Korean War soldier identified
-
(LEAD) Fighter jet crashes in Seosan; pilot makes emergency escape
-
All BTS members renew contract with BigHit
-
Top court upholds life sentence for woman over drowning death of husband for insurance money
-
Late wife of Australian veteran of Korean War laid to rest in Busan
-
24 teachers caught illegally selling exam questions to private educators
-
Remains of another Korean War soldier identified