Auto Gorilla Meth

Auto Gorilla Meth

Auto Gorilla Meth

Hybrid AI Generated

Also known as: Auto Gorila Meth

Overview

Auto Gorilla Meth is an indica-dominant autoflowering hybrid created by Sunset Genetics, combining Walter White (The White x Ruderalis) genetics with the famous Gorilla Glue #4. This strain is known for its exceptional resin production and rapid flowering cycle, completing from seed to harvest in approximately 67 days. The name reflects both parent strains - Walter White gets its name from finishing completely covered in white trichomes like powdered sugar, while Gorilla Glue #4 contributes its legendary potency and sticky resin characteristics.

The strain exhibits a hybrid structure with a prominent central cola surrounded by secondary branches that enhance overall production. Auto Gorilla Meth produces compact, lime-green buds completely drenched in brilliant resin trichomes, making it excellent for concentrate production. The plant thrives in various growing environments including indoor, outdoor, and greenhouse cultivation, demonstrating the resilience typical of autoflowering varieties.

Effects

Reported Medical Uses

  • Users report enhanced focus for attention deficit issues
  • May help stimulate appetite
  • Often used for stress relief
  • Potential aid for mental clarity and concentration

This is not medical advice. Consult a healthcare professional.

Possible Negative Effects

Growing Information

Auto Gorilla Meth is relatively easy to cultivate with medium-high yields. Flowering time is approximately 67 days from germination. The strain can be grown indoors, outdoors, or in greenhouse environments. Plants develop a hybrid structure with a prominent central cola and productive secondary branches. Due to its autoflowering genetics, it doesn't require light cycle changes to trigger flowering. The strain is known for producing compact buds with exceptional resin coverage, making it ideal for extract production. Growers should expect lime-green colored buds heavily coated in trichomes.

Genetics

Parent Strains

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