Critical Glue #4 Auto
Critical Glue #4 Auto
Also known as: Critical GG Auto, Critical x Gorilla Glue #4 Auto, Critical Gorilla Glue Auto
Overview
Critical Glue #4 Auto is an indica-dominant hybrid strain (70% indica / 30% sativa) developed by High Speed Buds. This autoflowering strain emerged from crossing a selected Gorilla Glue #4 with Critical Mass genetics, creating a potent and aromatic hybrid that combines the best attributes of both parent strains. The strain was designed to offer exceptional resin production while maintaining the rapid growth characteristics of autoflowering genetics.
The strain exhibits classic physical characteristics with bright green, almost neon-colored buds that feature rich purple hues and bright red pistils, giving it a distinctive and appealing appearance. The dense, chunky flowers are completely covered in a thick coating of resinous trichomes, living up to the 'Glue' name with their exceptional stickiness. Plants typically remain compact with short internodes indoors, forming large, dense buds along the main stem. Indoor plants reach approximately 1 meter in height, while outdoor cultivations can achieve heights of up to 120cm, making it suitable for various growing environments.
Effects
Reported Medical Uses
- Users report relief from chronic pain
- May help with arthritis and fibromyalgia
- Often used for insomnia and sleep disorders
- May assist with stress and anxiety
- Users report appetite stimulation
- May help with inflammation
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
Critical Glue #4 Auto is considered moderate difficulty to grow. The autoflowering strain completes its entire life cycle in 8-9 weeks from seed to harvest, making it exceptionally fast. Indoor yields can reach up to 600g/m² with proper care, while outdoor plants typically produce 120-160g per plant. The strain thrives in both indoor and outdoor environments, preferring well-draining soil and controlled humidity levels. Due to its autoflowering genetics, high-stress training techniques like topping or cropping are not recommended, but low-stress training (LST) can help maximize yields. The plant's exceptional resin production can make handling challenging during cultivation and harvest, requiring careful attention to environmental factors to prevent mold issues.