Badazz Cookies OG
Badazz Cookies OG
Also known as: Badazz Cookies O.G., Bad Azz Cookies OG
Overview
Badazz Cookies OG is an indica-dominant hybrid cannabis strain developed by Seedsman, resulting from a three-way cross of Badazz, OG Kush, and Cookies Kush. Genetically composed of 70% indica and 30% sativa, this strain produces exceptionally high levels of resin and terpenes, making it particularly well-suited for extract and concentrate production. The strain is characterized by exceptionally resinous, dense, and compact buds that are heavily laden with crystalline trichomes.
The organoleptic profile of Badazz Cookies OG presents a complex flavor combination featuring chocolate and spicy notes complemented by lemon and diesel fuel undertones. Despite its high THC content and minimal CBD levels, this strain produces effects that are notably relaxing without inducing couch-lock, offering users a contented and euphoric experience. Due to the dense nature of its buds, cultivation requires careful attention to humidity control, making it best suited for dry climates and regions with low moisture levels.
Effects
Reported Medical Uses
- Users report relief from stress
- May help with anxiety
- Often used for pain management
- Reported to help with insomnia
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
Badazz Cookies OG has a flowering time of 65-70 days indoors with yields of approximately 500 grams per square meter. Outdoor cultivation produces yields of 600-800 grams per plant with harvest timing in the first half of October. Plants can reach heights of up to 3 meters (300 cm) when grown outdoors with adequate root space. Due to the exceptional density of flowering buds, this strain is not recommended for high-humidity environments and requires excellent air circulation to prevent mold development. Outdoor cultivation should only be attempted in regions with dry climates and low humidity levels to prevent crop failure. Difficulty level is considered intermediate to advanced due to humidity sensitivity requirements.