- Sputnik International
World
Get the latest news from around the world, live coverage, off-beat stories, features and analysis.

ISIL-Inspired Kansas Man Arrested for Planning to Attack US Soldiers

© Ruben Diaz20-year old John Booker from Kansas, who joined the US Army planning to kill soldiers in the name of jihad, was arrested by FBI authorities.
20-year old John Booker from Kansas, who joined the US Army planning to kill soldiers in the name of jihad, was arrested by FBI authorities. - Sputnik International
Subscribe
20-year old John Booker from Kansas, who joined the US Army planning to kill soldiers in the name of jihad, was arrested by FBI authorities.

MOSCOW (Sputnik) — A Kansas Islamic State sympathizer who joined the US Army planning to attack the soldiers was arrested Friday, federal authorities announced.

According to ABC News, John Booker, 20, joined the US Army in 2014. He had been under an FBI investigation after the investigators were tipped off about statements he has been making on his Facebook page.

Booker said on Facebook, as quoted by the ABC News:

"Getting ready to be killed in jihad is a HUGE adrenaline rush!!"

He was then questioned by the FBI, expressing desire to carry out jihad on behalf of the Islamic State.

Fighters of the Islamic State of Iraq and the Levant (ISIL) - Sputnik International
US Citizen From Wisconsin Arrested for Attempting to Join ISIL
"Booker stated that he formulated several plans for committing jihad once enlisted, including firing at other soldiers while at basic training at the firing range or while at his pre-deployment military base after completing his initial military training," the court documents said, as quoted by the ABC News.

The Islamic State is a jihadist group which has overtaken large areas of Syria and Iraq. The group is aiming to spread its influence via propaganda, attempting to win over as many English-speaking foreigners from all over the world as possible.

Newsfeed
0
To participate in the discussion
log in or register
loader
Chats
Заголовок открываемого материала