Criminal Ring Moved Tons of Cocaine via Costa Rican Port, Authorities Say
Translated from Spanish, summarized and contextualized by DistantNews.
At a glance
- Authorities in Costa Rica have identified a criminal organization that allegedly moved tons of cocaine from APM Terminals in Moín to Europe and the U.S.
- The group was reportedly led by a man surnamed Casanova Duartes and his wife, the daughter of a figure known as "Macho Coca."
- The organization is believed to have charged approximately $250,000 for each contaminated shipping container that left the port.
Costa Rican authorities have dismantled a significant drug trafficking ring accused of moving tons of cocaine through the APM Terminals in Moín. The criminal enterprise, allegedly led by a man identified by the surname Casanova Duartes and his wife, who is the daughter of a notorious figure known as "Macho Coca," operated by contaminating shipping containers destined for Europe and the United States.
Investigators believe the group charged a substantial fee of around $250,000 for each container successfully smuggled out of the port facility. This operation highlights the sophisticated methods employed by drug cartels to exploit international shipping infrastructure for illicit purposes.
The investigation, part of the broader "Caso Clarividente" or "Leviatán" case, has involved multiple raids, including searches in the Limoncito neighborhood of Limón. The seizure of evidence and arrests are part of a concerted effort by law enforcement to combat international drug trafficking networks operating within the region.
This case underscores the ongoing challenges faced by authorities in controlling drug flow through major logistical hubs like APM Terminals. The involvement of individuals connected to established criminal figures suggests a deep-rooted network with considerable operational capacity.
Originally published by La Nación in Spanish. Translated, summarized, and contextualized by our editorial team with added local perspective. Read our editorial standards.