Georgia Pie | 3.5grams


Georgia Pie | 3.5grams

Chemical content
24.7 mg
Add to cart

The Georgia Pie strain is a potent cross of Kush Mints x Gellati, boasting an exceptionally delicious sweet, berry, nutty flavor and an ideal full-body relaxation for your next chill evening at home. 

Flavor and Aroma: Sweet, Berry, Nutty

Reported Effects: Relaxed, Euphoric, Stoney

Terpenes Profile
Caryophyllene - 1.17%
Humulene - 0.395%
Linalool - 0.265%
Pinene - 0.112%
Bisabolol - 0.0996%
About the Brand
Mad Cow Genetics

About Mad Cow Genetics

Mad Cow Genetics offers premium cannabis, created with science and cultivated with an old-school philosophy. The team has meticulously refined its cannabis’ genetics over time to serve both wellness and recreationally-focused consumers. Featuring luxurious flower, concentrates, and other cannabis products sourced from its in-house facilities, Mad Cow Genetics creates cannabis products made with care.

Product Types Offered

Mad Cow Genetics Flower: The team’s luxury flower is raised at Mad Cow Genetics’ facilities and nurtured with the utmost care throughout the entire cultivation process. The result is unparalleled quality, flavor, and effects with every toke.

Get Mad Cow Genetics Products Delivered

Our delivery zone in California is constantly expanding, check if Mad Cow Genetics’ products are delivered in your area code when entering your address in the search bar.

Get Mad Cow Genetics products delivered on demand with ASAP ordering or plan for same-day/next-day delivery with the Scheduled Menu.

License Verification

Bento Delivery is dedicated to working with only the highest quality, authentic brands in the cannabis industry. Bento Delivery partners with licensed cannabis companies that test their products with certified, third-party labs. Mad Cow Genetics’ license number is CCL18-0003372. 

Find out more on Bento Delivery’s blog.

WARNING: This product can expose you to chemicals, including Cannabis Smoke, which are known to the State of California to cause cancer and birth defects or other reproductive harm. For more information go to