
Type
—
Yield / plant
52g
Feminized
Feminized
Country
Spain
Where to find this strain:
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About Titanium OG KUSH
# TITANIUM OG KUSH
This cultivar emerges from a sophisticated three-parent genetic combination involving RUNTZ, SHERBET Z, and a second-generation phenotype of TRUFFLE GAS developed by artgenetix. Understanding each ancestral strain illuminates the distinctive characteristics of Titanium OG Kush.
RUNTZ traces its lineage to the celebrated Gelato family, specifically combining Zkittlez with Gelato genetics. This pairing delivers substantial potency alongside sweet fragrance notes complemented by undertones of fuel, herbs, and grain-forward undertones, with dominant indica characteristics. The particular RUNTZ phenotype selected produces sensations of fullness throughout the body paired with inventive mental stimulation, distinguished by an aroma merging candy sweetness with refined petroleum qualities.
SHERBET-Z represents a hybrid created by crossing Mango Cookies with Gelato #33, a genetic contributor to RUNTZ itself. Through iterative development, the artgenetix team alongside Delta Botanics reformulated Sherbet-Z using alternative paternal genetics: (Animal Cookies x Do si dos). This strain delivers earthy coniferous scents layered with fuel notes, coupled with notable 28% THC concentration and forceful head-focused effects.
TRUFFLE GAS, the third genetic foundation, derives from intensifying Grape Gasoline genetics with Sherbet-Z's female parent. Truffle Gas #5 distinguishes itself through velvety candy-petrol fragrance and effects promoting calm, elevation, and euphoria. Second and third-generation selections were incorporated into TITANIUM to establish consistent traits around growth patterns, aromatic profiles, and cannabinoid strength across the entire population.
TITANIUM OG KUSH demonstrates expedited vegetative development, well-distributed branching architecture resembling an evergreen tree, notable vertical extension during flowering, and densely-formed buds. Notably, this strain exhibits strong resilience requiring minimal supplemental feeding protocols.



