MIL-OSI Security: Salvadoran National Pleads Guilty to Illegal Reentry

Source: Office of United States Attorneys

Defendant previously convicted of assault and battery on a police officer; assault and battery with a deadly weapon; larceny; malicious destruction of property

BOSTON – A Salvadoran national has pleaded guilty in federal court in Boston to illegally reentering the United States after deportation.

Arsenio Valladares, 44, pleaded guilty to one count of unlawful reentry of a deported alien. U.S. District Court Judge Julia E. Kobick scheduled sentencing for July 23, 2025. Valladares was indicted by a federal grand jury in April 2025.

Valladares was deported from the United States on or about April 23, 2008. Sometime after his removal, Valladares illegally reentered the United States without permission.

Prior to his removal, Valladares was convicted of offenses including assault and battery with a deadly weapon, assault and battery on a police officer, assault and battery, operating under the influence, larceny and malicious destruction of property. In November 2024, federal immigration authorities became aware of Valadares’ presence in the United States after being notified that his fingerprints were taken in connection with criminal charges in Massachusetts. Valladares was detained by immigration authorities on March 18, 2025.

The charge of unlawful reentry of a deported alien provides for a sentence of up to 10 years in prison, three years of supervised release and a fine of up to $250,000. The defendant is subject to deportation upon completion of any sentence imposed. Sentences are imposed by a federal district court judge based upon the U.S. Sentencing Guidelines and statutes which govern the determination of a sentence in a criminal case.

United States Attorney Leah B. Foley and Patricia H. Hyde, Field Office Director of U.S. Immigration and Customs Enforcement’s Enforcement and Removal Operations in Boston made the announcement. Assistant U.S. Attorney Olivia Benjamin is prosecuting the case.
 

MIL Security OSI