Blue Grape Fuel
Blue Grape Fuel
Also known as: BGF
Overview
Blue Grape Fuel is a complex 4-way hybrid developed through collaboration between Old School Genetics and Karma Genetics. This strain originates from crossing a selected Animal Cookies x Headstash female with Northern Lights #5 x Blueberry 80's, creating a unique cultivar that bridges classic indica genetics with modern American breeding. The strain exhibits a balanced 50/50 indica-sativa hybrid profile, though some sources describe it as slightly sativa-dominant (60/40). Blue Grape Fuel is renowned for its dense, resinous buds that display deep green and purple hues with vibrant orange pistils, all covered in a thick layer of frosty trichomes. The strain produces an intense aroma profile reminiscent of fine red wine, combining authentic grape notes with deep diesel fuel undertones and earthy background notes. Its complex terpene profile includes significant amounts of myrcene, limonene, caryophyllene, and pinene, contributing to both its distinctive flavor and therapeutic potential. The strain typically flowers in 65-70 days indoors and is ready for harvest in mid-October when grown outdoors.
Effects
Reported Medical Uses
- Users report relief from anxiety
- May help with fatigue
- Often used for migraine relief
- Users report stress reduction
- May help with chronic pain management
- Often used for depression symptoms
- Users report appetite stimulation
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
Blue Grape Fuel is considered moderately easy to grow and suitable for both indoor and outdoor cultivation. The strain exhibits vigorous vegetative growth with notable stretching during flowering (up to 4x height increase). Indoor flowering time is 65-70 days with expected yields over 500g per square meter. Outdoor harvest occurs in mid-October with potential yields up to 700g per plant. The strain prefers temperatures between 70-80°F (21-27°C) during the day and slightly cooler at night. Humidity should be maintained between 40-60% for optimal growth. Plants develop compact, well-branched structure with dense, resinous buds that have excellent calyx-to-leaf ratio for easy trimming. Growers should provide support for branches due to heavy bud development. The strain is known for high resin production, making it excellent for extraction purposes.