Meth bust disguised as watermelons fails to fool US border agents

CBP A close-up of the drugs wrapped in plastic to resemble a watermelonCBP

The drugs were hidden in colored packaging that resembled watermelons

U.S. Border Patrol agents intercepted a truck carrying more than $5 million worth of methamphetamine at the U.S.-Mexico border. The truck was hidden in a shipment of watermelons.

The drugs were wrapped in plastic painted two shades of green to resemble the fruit, and were placed among real watermelons.

Officers seized more than two tons of methamphetamine, divided into 1,220 packages.

Hiding drugs in products is a common way to smuggle illegal substances across the border. Bananas are the most popular, but agents have also recently found narcotics in Gouda cheese and avocados.

U.S. Customs and Border Protection officials said their agents stopped a semi-trailer truck near the Mexico border in Otay Mesa.

The papers showed the driver was transporting a load of watermelons, but upon inspection the packages were found to contain methamphetamine.

Also known as meth, it is a powerful and highly addictive stimulant.

CBP packages containing methamphetamineCBP

In total, border agents found 1,220 packages containing methamphetamine

The driver was turned over to Homeland Security officials.

The seizure came a week after officials discovered nearly 300 kilograms of methamphetamine in a shipment of celery at the same border crossing.

Both loots had a total value of $6 million, according to CBS Newsthe BBC’s American partner.

CBP Packages of methamphetamine were hidden among bunches of celeryCBP

The meth in the celery load was discovered by a sniffer dog

Mexican drug cartels are the largest producers and suppliers of methamphetamine to the United States.

In February, Mexican security forces seized more than 40 tons of the drug in the largest laboratory discovered in recent years.

According to Mexican officials, the laboratory had more than 200 centrifuges, boilers and condensation chambers — key equipment for producing the chemical.

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