Auto Bloody Girl by Advance Genetic
Ruderalis × Indica × Sativa
Auto Bloody Girl is an autoflowering hybrid developed by Advance Genetic, featuring a tri-brid heritage of ruderalis, indica, and sativa genetics. It is known for its potential to develop striking red and burgundy hues in its buds, a trait sought after for visual appeal. This strain offers a balanced experience, combining relaxation with mental clarity.
Appearance
Mature Auto Bloody Girl plants typically grow to a height of 60-100 cm indoors, characterized by a main cola and surrounding side branches. The structure can vary, with some phenotypes appearing more compact and bushy under intense lighting. Internodal spacing is moderately tight, promoting dense bud formation and a generous coating of trichomes on the sugar leaves.
A notable characteristic is the potential for red to wine-like coloration in the calyxes and bracts, often intensifying in the final weeks of flowering, especially with temperature fluctuations. Pistils may transition from cream to copper or deep orange, creating a striking contrast against the darkening bud coloration. Trichome coverage is substantial for an autoflower, developing a frosted appearance from mid-flower onwards.
Aroma & Flavor
The aroma profile of Auto Bloody Girl is a complex bouquet leaning towards red berries, sweet florals, and subtle spice, grounded by earthy base notes. Some phenotypes may also exhibit a faint diesel or gas-like accent. During late flower, the aroma can become quite potent, necessitating the use of carbon filters for discretion. Upon grinding, sharper notes of sweet-tart berry and citrus peel may emerge, evolving into peppery and woody undertones.
On the palate, the flavor often leads with berry notes. The inhale is typically sweet, carrying red fruit and light citrus characteristics, while the exhale reveals lingering peppery and woody nuances. Proper curing enhances the profile, rounding out the berry notes into a jam-like sweetness and softening the spice elements.
Effects
Auto Bloody Girl is recognized for delivering a balanced psychoactive experience, merging the relaxing qualities often associated with indica strains with the mental clarity characteristic of sativas. This hybrid effect profile is common in modern autoflowering varieties.
Users may experience a cerebral uplift and a sense of euphoria. The strain is generally considered to promote focus, making it suitable for various recreational and potentially medicinal applications where a clear yet uplifted state is desired.
Terpenes & Cannabinoids
While specific lab data is not provided, the aroma and flavor profile suggest the presence of key terpenes. Limonene may contribute to citrus notes, Caryophyllene could be responsible for spicy and peppery undertones, and Linalool might add floral sweetness. These terpenes contribute to the strain's complex sensory experience.
Auto Bloody Girl is characterized as a THC-dominant strain, with reported THC levels around 20% and CBD levels below 1%. This cannabinoid profile aligns with a classic recreational and hybrid medicinal experience, distinct from high-CBD autoflowers.
Growing
As an autoflower, Auto Bloody Girl transitions from seedling to harvest independently of light cycles, making it accessible for growers of all experience levels. The typical cycle from sprout to harvest ranges from 70 to 85 days. Indoor yields under optimized conditions can realistically fall between 350-500 g/m², with individual plants commonly producing 50-120 g, depending on factors like pot size and light intensity.
The plant's structure is generally compact, suitable for indoor cultivation. Growers aiming to enhance the potential red coloration should manage environmental factors, such as cooler night temperatures and adequate phosphorus and potassium levels, particularly in the later stages of flowering.
Origins & Lineage
Auto Bloody Girl by Advance Genetic is a hybrid autoflower derived from a tri-brid heritage, incorporating ruderalis, indica, and sativa genetics. The ruderalis component provides its autoflowering trait, allowing it to flower automatically. Indica genetics likely contribute to its compact stature and resin density, while sativa influence may offer cerebral lift and terpene complexity.
The name and potential for red phenotypes suggest intentional selection for anthocyanin-rich parents. While specific parental strains are not publicly disclosed by the breeder, this lineage reflects the evolution of autoflowering cannabis, aiming for speed, visual appeal, and balanced effects.