Nitro Cookies
Nitro Cookies
Also known as: Nitro
Overview
Nitro Cookies is a balanced hybrid cannabis strain created by crossing Gas Mask and Animal Cookies. This cross, reported to originate from genetics tied to South Africa and Afghanistan, is known for its intensely pungent aroma that can overwhelm the unprepared. The strain was first cultivated under the guidance of Unknown or Legendary, enigmatic breeders renowned in the cannabis community, and emerged during an era focused on producing robust hybrids with potent effects. Nitro Cookies produces dense, fat, dark olive green spade-shaped buds with deep purple undertones, thin orange hairs, and a coating of dark purple-tinted white crystal trichomes. The strain has gained recognition for its complex terpene profile and well-balanced effects that appeal to both recreational and medicinal users. With THC levels ranging from 18-27% and CBD content of 1-2%, it provides potent effects suitable for experienced consumers.
Effects
Reported Medical Uses
- Users report relief from chronic stress
- May help with anxiety symptoms
- Often used for depression management
- Users report pain relief
- May assist with chronic fatigue
- Often used for mood regulation
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
Nitro Cookies has a flowering time of 8-10 weeks. Indoor yields range from 250-350g/m², while outdoor plants can produce 400-450g per plant. The plants grow to medium height, typically 30-60 inches (5-8 feet) both indoors and outdoors. The strain prefers warm, sunny conditions and performs excellently in Mediterranean climates. Harvest typically occurs in mid-September for outdoor cultivation. Cultivators should provide proper support for the dense, resinous buds during flowering and monitor humidity levels carefully to prevent mold issues. Purple phenotypes may be enhanced by slightly lower temperatures during flowering. The strain is considered suitable for various growing setups but may require experience due to its density and resin production.