Barney's Farm Seeds Thin Mint x Sour Pinot AUTO

Strain Overview and Genetics

Thin Mint x Sour Pinot AUTO seeds by Barney’s Farm Seeds are a premium autoflowering hybrid created from Thin Mint Auto and Sour Pinot Auto genetics. This sativa-dominant cross combines fast growth, strong structure, and a complex terpene profile, delivering a refined autoflower with excellent flavor, appearance, and cultivation performance.

Growth Characteristics and Yield

Thin Mint x Sour Pinot AUTO seeds produce balanced plants suitable for indoor and outdoor cultivation. The full lifecycle finishes in approximately 70–75 days from seed, with indoor plants reaching 90–120 cm and producing up to 500 grams per square meter. Outdoors, plants can grow up to 140 cm and yield 180–250 grams per plant under optimal conditions. Its compact structure and quick turnaround make it ideal for growers seeking efficient harvests.

Appearance and Bud Structure

Plants grown from Thin Mint x Sour Pinot AUTO seeds develop dense, resin-coated buds with heavy trichome coverage. Deep purple and blue hues may appear during flowering, adding to the strain’s visual appeal. The balanced canopy, strong branching, and compact size make this autoflower a practical and attractive choice for various grow spaces.

Aroma and Flavor Profile

Thin Mint x Sour Pinot AUTO seeds produce a unique terpene profile combining ripe grape, sweet diesel, mint, and earthy herbal notes. The aroma blends fresh berry sweetness with a pungent, funky character, while the flavor delivers a rich mix of grape fruitiness, fuel-like depth, and subtle earthy complexity. This distinctive profile reflects the influence of both parent strains.

Cultivation Appeal

Thin Mint x Sour Pinot AUTO seeds are designed for simplicity and consistency, making them suitable for beginner and experienced growers alike. The autoflowering genetics eliminate the need for light cycle changes, while the strong growth pattern and reliable yields make this hybrid a versatile option for indoor tents, outdoor gardens, and multiple harvest cycles.