- Type
- Indica/Sativa hybrid
- Heritage
- indica / sativa
- Flowering
- 63 days
- Seeds
- feminized
- Feminized
- yes
- Autoflowering
- no
Genetics
About this release
Lineage Receiver | Triangle Kush
Lineage Donor | Grape Lava Cake
Strain Type | Hybrid
Notes | Citrus, Floral, Fresh Ground Spices, Grape, Wood
Height | Medium
Yield | Medium
Days Flower | 63 Days
Best Climate | Indoor, Outdoor
Seed Type | Feminized
Growers Profile | Advanced (medium) About Triangle Grape Lava merges the legendary structural vigor and resin output of Triangle Kush with the high anthocyanin coloration and terpene complexity of Grape Lava Cake. This cross embodies a perfect equilibrium between classic Kush performance and modern purple lineage expression. Plants display a medium tall frame with strong apical dominance and uniform lateral branching, supporting a canopy of tightly packed, high density inflorescences. Calyx development is pronounced, creating a compact floral architecture with minimal leaf intrusion and excellent trim potential. Mature flowers exhibit heavy trichome coverage and frequent pigmentation shifts to violet, rose, and deep magenta hues as cooler night temperatures enhance anthocyanin and flavonoid synthesis. Growing Information The aromatic composition of Triangle Grape Lava is dynamic and layered. Primary terpenes include β caryophyllene, limonene, linalool, and myrcene, which together establish a resinous, floral citrus backbone. Secondary terpenes such as humulene, farnesene, and nerolidol add structure, warmth, and aromatic persistence. The result is a volatile chemistry that bridges Triangle Kush’s classic earthy, fuel rich base with Grape Lava Cake’s sweet, confectionary top notes, yielding a balanced floral hydrocarbon bouquet with exceptional complexity and retention through cure. From a chemical standpoint, Triangle Grape Lava expresses a stable Type I cannabinoid profile dominated by THCA, with consistent CBGA and trace CBCA concentrations across phenotypes. The cultivar demonstrates efficient enzymatic conversion within the THCAS pathway, supported by strong precursor flux through the olivetolic acid and geranyl pyrop