Home Dallas Press Releases 2013 Jury Convicts Inmate in Murder-for-Hire Plot Against Federal Judge
Info
This is archived material from the Federal Bureau of Investigation (FBI) website. It may contain outdated information and links may no longer function.

Jury Convicts Inmate in Murder-for-Hire Plot Against Federal Judge

U.S. Attorney’s Office December 11, 2013
  • Southern District of Texas (713) 567-9000

FORT WORTH, TX—Phillip Monroe Ballard, 72, of Fort Worth, has been convicted in the attempted murder-for-hire of a federal judge in Texas, announced United States Attorney Kenneth Magidson of the Southern District of Texas. The verdict was returned this afternoon after approximately two days of trial and less than an hour of deliberation.

From on or about September 9, 2012 and continuing through September 27, 2012, Ballard solicited the murder-for-hire of a U.S. District Judge in the Northern District of Texas. During trial, the jury heard from four government witnesses, one of whom was an informant who testified he had developed a friendship with Ballard as they both were in custody on unrelated criminal matters. He stated that Ballard had asked him if he would help him arrange the shooting death of the judge, who was presiding over his federal tax case. They eventually negotiated a price of $100,000.

The informant reported the incident to authorities, and the plot was foiled before any harm came to the judge.

Ballard’s defense claimed he never had any actual intent to kill the judge. The jury disagreed and convicted him as charged.

U.S. District Judge Donald E Walter from the Western District of Louisiana presided over trial. He has set sentencing for March 2014 in Fort Worth, at which time Ballard faces up to 20 years in prison and a $250,000 fine. Ballard will remain in custody pending that hearing.

The case was investigated by the FBI. Assistant U.S. Attorneys Mark McIntyre and Craig Feazel from the Southern District of Texas are prosecuting the case.

This content has been reproduced from its original source.