Auto Sweet Critical
Ruderalis × Sweet Critical
Auto Sweet Critical is a hybrid strain developed by 00 Seeds Bank, combining classic genetics with ruderalis for auto-flowering traits. It is recognized for its resilience, rapid growth cycle, and potent effects, making it a popular choice for both cultivators and consumers.
Appearance
Auto Sweet Critical plants present a visually appealing structure with dense, frosty buds often exhibiting vibrant green hues and deep purple undertones. The buds are covered in a heavy layer of trichomes, indicative of high resin content. Plants typically reach heights of 100-120 cm indoors, displaying a robust, bushy stature with broad leaves characteristic of indica, balanced by elongated sativa-like internodes.
Aroma & Flavor
This strain offers a complex aromatic profile described as earthy, fruity, and sweet, often with tropical notes. The flavor follows suit, delivering a pleasant combination of sweetness and fruitiness with an underlying earthy character.
Effects
Users report that Auto Sweet Critical delivers potent effects, often characterized by a sense of focus. Its balanced genetic heritage contributes to a well-rounded experience.
Terpenes & Cannabinoids
While specific cannabinoid percentages vary, Auto Sweet Critical typically tests between 15-25% THC and less than 1% CBD. The terpene profile includes Myrcene, contributing to its earthy and fruity aroma.
Growing
Developed for resilience and rapid growth, Auto Sweet Critical has a significantly shorter flowering period, often completing its cycle from seed to harvest in 8-9 weeks. Indoor yields can reach up to 450 grams per square meter. Its adaptable genetics perform well in various environments.
Origins & Lineage
Auto Sweet Critical is a creation of 00 Seeds Bank, meticulously bred by crossing classic genetics with ruderalis to achieve auto-flowering capabilities. This hybridization preserves the aromatic qualities and robust effects of its Sweet Critical lineage while incorporating the swift life cycle of ruderalis, estimated to comprise about 30% of its genetic makeup.