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Genetics and Lineage
Strawberry Yum Yum AUTO seeds by Mosca Seeds combine the original Strawberry Yum Yum with Frosted Zin, a selected autoflower pollen donor. Strawberry Yum Yum traces back to Strawberry Diesel x Old Time Moonshine by DJ Short and was originally known as Strawberry Hash Plant. Mosca Seeds refined the autoflower cross through five generations of selective breeding to preserve the classic strawberry, hash, and resin traits in a fast-finishing format.
Growth and Structure
Strawberry Yum Yum AUTO develops compact, round, bushy plants reaching approximately 3 feet tall. Strong branching supports fat, dense colas with heavy trichome coverage, making this autoflower well suited to compact indoor gardens and space-conscious cultivation.
Flowering and Yield
Strawberry Yum Yum AUTO seeds complete their full lifecycle in approximately 70 days from seed to harvest. Despite its compact size and fast cycle, this Mosca Seeds autoflower offers high yield potential with dense, resin-rich flowers suitable for both flower and extraction-focused cultivation.
Flavor and Aroma
The signature terpene profile combines fresh strawberry sweetness with deep, earthy hash character. Juicy ripe berry notes blend with old-school hash plant richness, creating a distinctive fruit-and-hash aroma and flavor profile that carries through the finished flowers.
Seed Type and Cultivation
These autoflowering cannabis seeds are designed for straightforward cultivation without requiring light-cycle changes. The compact 3-foot structure, strong branching, fat colas, heavy resin production, and approximately 70-day seed-to-harvest cycle make Strawberry Yum Yum AUTO a versatile choice for indoor and outdoor growers.
Strain Overview
Strawberry Yum Yum AUTO seeds bring Mosca Seeds’ classic Strawberry Yum Yum genetics into a fast autoflowering format. With Frosted Zin ancestry, compact growth, high yield potential, heavy resin, and a signature strawberry-and-hash terpene profile, this cultivar preserves the character of a heritage hash plant while delivering an efficient seed-to-harvest cycle.