Bananozz Female Weed Seeds by Perfect Tree

Bananozz is a genetic cross between Banana Punch and Peach Ozz, fusing sweet banana candy notes with the tropical, stone-fruit complexity of its Peach Ozz lineage. A vibrant, resin-dense phenotype with a distinct terpene signature.

• Genetics: Banana Punch x Peach Ozz: Two terpene-forward lines combined into one candy-banana, stone-fruit profile.
• Type: Hybrid, Indica Dominant: Genetic lineage leaning toward indica-dominant characteristics.
• Flowering Time: 7 Weeks: A documented trait of this genetic line, notably fast for a hybrid this resin-dense.
• Phenotype Expression: Two Distinct Structures: Documented as either a medium bushy structure with strong lateral branching, or a taller, more vigorous stretch phenotype.
• Resin Production: Exceptional: Heavy trichome coverage is a defining trait of this cross, alongside light-colored extract characteristics.
• Flavor Profile: Banana Candy, Tropical, Stone-Fruit: A loud, layered terpene signature.
• Reported Characteristics: Deep, Relaxing, Potent: Traits associated with this genetic cross.

Bananozz is a genetic cross between Banana Punch and Peach Ozz, bringing together two terpene-forward lines into one distinctly flavorful cultivar. The aroma profile is dominated by sweet banana candy notes, layered with tropical and stone-fruit nuances inherited from its Peach Ozz lineage — a rich terpene signature that reads as both familiar and singular within modern hybrid genetics.

This cross has documented two distinct phenotypic expressions: a medium-sized, bushy structure with strong lateral branching, and a taller, more vigorous phenotype with increased stretch. Across both expressions, the genetic line maintains a vibrant green appearance and exceptional resin coverage — some documented specimens showing near-complete trichome saturation, alongside notably light-colored extract characteristics. Combined with a fast 7-week flowering trait, Bananozz stands as a distinctive, resin-dense addition within California-inspired hybrid genetics.