Bruce Banner Fast Version
Bruce Banner Fast Version
Also known as: Bruce Banner FV, Bruce Banner Fast Flowering
Overview
Bruce Banner Fast Version is a hybrid strain derived from the original Bruce Banner strain, known for its strong and balanced effects. This strain is a cross between OG Kush and Strawberry Diesel, originally created by Dark Horse Genetics. The Fast Version is a photoperiod variant that blooms around two weeks less than regular strains but still relies on light cycle changes. With THC levels often ranging between 25-32%, this strain delivers potent, long-lasting effects while maintaining a shorter flowering time. The buds are dense, compact, and covered in a thick layer of resinous trichomes, typically exhibiting vibrant green hues with occasional purple tints. The aroma is a delightful mix of earthy and sweet notes, with undertones of diesel and berries. The buds are rock hard, soaked in resin and often have a crystalline sheen due to the amount of trichomes.
Effects
Reported Medical Uses
- Users report relief from chronic pain
- May help with depression and anxiety
- Often used for stress management
- May assist with ADHD and focus issues
- Users report relief from fatigue
- May help stimulate appetite
- Often used for inflammation
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
Indoor flowering time is 6-8 weeks with yields of 400-500 gr/m² (1.31-1.64 oz/ft²). Outdoor plants produce about 600 gr/plant (21 oz/plant) when harvested in mid-October. The strain thrives in Mediterranean-like conditions with optimal temperatures between 68-77°F (20-25°C). Growing can be moderately difficult as the plants are somewhat fragile and sensitive, recommended for growers with some experience. Plants remain relatively compact, not exceeding 120cm tall when grown indoors. Sea of Green (SOG) or Screen of Green (SCROG) techniques work well, and the strain thrives in both soil and hydroponic setups. Plants require a nutrient-rich diet, particularly higher in nitrogen during vegetative phase.