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Genetics and Lineage
Pina Colada AUTO seeds by Mosca Seeds are feminized autoflower cannabis seeds bred from Tropical AUTO x Sour Bubbly. This tropical-focused hybrid combines fast autoflowering genetics with vigorous growth, heavy resin production, dense flowers, and a distinctive fruit-forward terpene profile.
Growth and Flowering
Pina Colada AUTO seeds finish in approximately 70 days from seed to harvest and are known as one of Mosca Seeds’ heavier-yielding autoflower varieties. Plants develop sturdy branching, substantial flower mass, and thick trichome coverage. Suitable for both indoor and outdoor cultivation, this fast-finishing autoflower offers a manageable growth cycle with strong production potential.
Flavor and Aroma
The signature profile blends creamy coconut and ripe pineapple with sweet melon for a rich tropical aroma and flavor. As flowers mature, additional sour and earthy notes add depth while maintaining the prominent coconut, pineapple, and melon character.
Appearance and Resin
Pina Colada AUTO produces dense, resin-rich flowers with abundant trichome coverage and a heavily frosted finish. The combination of compact flower formation, substantial resin production, and tropical terpenes makes these autoflower seeds appealing to growers seeking flavorful, visually impressive cannabis genetics.
Seed Type and Cultivation
Released as feminized autoflower seeds by Mosca Seeds, Pina Colada AUTO is suitable for indoor and outdoor growing. Its automatic flowering cycle eliminates the need for a traditional light-schedule change, while stable environmental conditions, proper airflow, and humidity management support dense flowers and strong terpene development.
Strain Overview
Pina Colada AUTO seeds combine Tropical AUTO x Sour Bubbly genetics, approximately 70-day seed-to-harvest timing, heavy-yielding autoflower potential, dense trichome-rich flowers, and standout coconut, pineapple, and melon terpenes. This Mosca Seeds release is a strong option for growers seeking fast, flavorful, resin-heavy autoflower genetics.