Aphrodita Automatica by Kannabia Seeds
Ruderalis × Indica × Sativa
Aphrodita Automatica is an autoflowering cultivar from Kannabia Seeds, bred for rapid harvests and adaptability. This indica-dominant hybrid combines ruderalis genetics for autoflowering traits with indica and sativa influences, resulting in a fast-growing plant with a complex sensory profile. It is designed for predictable performance, making it suitable for both indoor and outdoor cultivation.
Appearance
Aphrodita Automatica typically exhibits a compact to medium structure, reaching heights of 60-100 cm indoors and 80-120 cm outdoors. The plant features moderately spaced internodes, symmetrical branching, and conical to torpedo-shaped flowers. These buds are calyx-forward, making them relatively easy to trim, and are densely covered in trichomes. Mature flowers display a bright lime-green base with orange pistils, and under cooler temperatures, may show faint purple hues.
The bud texture is medium-firm, balancing resin production with airflow to help prevent mold. Narrow to medium-width sugar leaves indicate its hybrid heritage. The visual appeal is enhanced by a frosted appearance from abundant glandular trichomes.
Aroma & Flavor
The aroma of Aphrodita Automatica is characterized by bright citrus notes, including lemon zest, sweet orange, and grapefruit peel, underpinned by floral and honey undertones. Hints of spice and herbal dryness are also present. When the flowers are broken open, the scent intensifies, revealing notes of sugary citrus candy with a green, herbal quality. After curing, the citrus notes mature into a more rounded orange marmalade profile, with deepened floral elements. The overall impression is fresh and uplifting.
On inhalation, the flavor delivers a combination of lemon candy and sweet orange oil, complemented by herbal notes. Vaporization emphasizes the citrus and floral aspects, while combustion introduces a mild peppery finish. The aftertaste lingers with notes of candied citrus peel and honey.
Effects
Aphrodita Automatica is reported to provide a hybrid effect, initially offering an energetic and focused headspace. This is followed by a smooth, body-friendly sensation. The combination of indica and sativa influences contributes to a balanced psychoactive experience that is neither overly sedating nor excessively stimulating.
Terpenes & Cannabinoids
This cultivar contains THC levels typically ranging from 12-16%, with some phenotypes potentially reaching higher under optimal conditions. CBD is present in trace amounts, generally less than 1%. The terpene profile is complex, featuring dominant notes of Myrcene, Limonene, Caryophyllene, Linalool, Humulene, Terpinolene, and Ocimene. These terpenes contribute to the strain's distinctive aroma and flavor, as well as its reported effects.
Growing
As an autoflowering strain, Aphrodita Automatica is known for its speed and ease of cultivation, with a lifecycle of approximately 9-11 weeks from seed to harvest. It is well-suited for both indoor and outdoor environments, particularly in Mediterranean and continental climates due to its tolerance for heat spikes. Its compact stature makes it suitable for smaller spaces like balconies.
Kannabia Seeds bred this cultivar for grower-friendly vigor and reliable harvests, making it a predictable choice for beginners. It performs best with strong light and careful nutrient management. The yield is considered good for an autoflowering variety, especially when grown under optimal conditions.
Origins & Lineage
Aphrodita Automatica was developed by Kannabia Seeds, a Spanish breeder recognized for creating stable autoflowering varieties suited for various climates. It is described as the automatic version of their Afrodite line. The genetic makeup is a trifecta of ruderalis, indica, and sativa genetics, with the ruderalis component providing the autoflowering trait.
The indica influence contributes to resin density and flower structure, while the sativa heritage lends to aromatic complexity and an energizing headspace. This hybridization strategy aims to combine the speed and reliability of autoflowers with the quality and sensory depth of photoperiod parents.