- Type
- Indica/Sativa hybrid
- Heritage
- indica / sativa
- Flowering
- 60 days
- Seeds
- regular
- Feminized
- no
- Autoflowering
- no
Genetics
About this release
Lineage Receiver | Mystic Mountain Blueberry
Lineage Donor | Strawberry Meltshake #5
Strain Type | Hybrid
Notes | Berry, Blueberry, Cream, Floral, Fruit, Resin, Ripe Fruit, Strawberries, Sweet, Syrup
Height | Medium
Yield | Medium
Days Flower | 60
Best Climate | Indoor, Outdoor
Seed Type | Regular
Growers Profile | Advanced (medium) About Blueberry Meltshake is a selection driven hybrid built from Mystic Mountain Blueberry x Strawberry Meltshake #5, combining legacy berry depth with modern resin potential and fruit forward complexity. The Mystic Mountain Blueberry influence contributes foundational blueberry character, deeper forest fruit tones, and the kind of old line aromatic depth associated with classic blueberry work, bringing weight, identity, and layered sweetness to the cross. The Strawberry Meltshake #5 donor, a James Loud selection, was chosen for its pronounced berry stem rub, open plant structure, strong resin traits, and favorable wash performance, alongside a sweet fruit profile that complements and expands the blueberry foundation. That open architecture may also support selection for production traits while preserving aromatic complexity. The aromatic profile may express blueberry preserves, macerated strawberry, mixed berry syrup, sweet cream, and soft confectionery notes, with some selections leaning toward darker blueberry dominance, while others may push brighter red fruit and cream forward. Secondary expressions may reveal subtle floral undertones, light resin, and fermented fruit complexity. Structurally, this variety may show well-spaced branching, open architecture, strong lateral development, and heavy gland coverage, making it of interest not only for aromatic selection, but also for those evaluating resin production and extraction suitability. Blueberry Meltshake brings together heirloom berry character and modern selection goals, built around fruit expression, resin performance, and the kind of donor-driven traits that matter in serious