Pink Cola

Here you can find all info about Pink Cola from Duppy Sensi Genetics. If you are searching for information about Pink Cola from Duppy Sensi Genetics, check out our: Basic infos, Gallery, Degustation, Awards, Strain Reviews, Direct Comparisons, Lineage / Genealogy, Hybrids / Crossbreeds, User comments, for this cannabis variety here at this page and follow the links to get even more information. If you have any personal experiences with growing or consuming this cannabis variety, please use the upload links to add them to the database!

Basic infos

Pink Cola is an indica / sativa from Duppy Sensi Genetics and can be cultivated indoors, outdoors and greenhouse (Where the plants will need a flowering time of ±60 days) Duppy Sensi Genetics's Pink Cola is/was never available as feminized seeds.

Duppy Sensi Genetics Description

This line originates from a Dosidos x Watermelon Zkittlez S5 paternal selection combined with a Green Crack x Holy Grail x OG Kush F3 maternal lineage.
The result is a sophisticated genetic combination that unites some of the most distinctive modern terpene families into a single, coherent profile.

During internal preservation work, this cross demonstrated a remarkable ability to express dense aromatic complexity. The sensory spectrum is particularly rich: fruity components form the central structure of the profile, complemented by warm spicy nuances, subtle aged-cognac impressions and a refined naphtha-like undertone.
This combination creates an unmistakable and highly expressive aromatic identity, ideal for collectors and researchers who study multifaceted terpene architectures.

Although official COA documentation is currently pending, the line has been selected for its consistent expression, stability and noteworthy aromatic presence across multiple generational evaluations.

This genetic cross stands out as an elegant and modern interpretation of its parentage, offering a well-defined and traceable phenotype structure suitable for those who appreciate detailed sensory analysis and contemporary hybrid evolution.