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Genetic Background
Papaya Puffs seeds by Nine Weeks Harvest combine Mylar Magic × Papaya Drip to create a flavorful hybrid with candy-forward and tropical fruit characteristics. Mylar Magic contributes sweet, candy-like terpenes influenced by Lemon Cherry Gelato and Runtz, while Papaya Drip adds tropical fruit notes and subtle gas undertones.
Growth Characteristics
Papaya Puffs feminized seeds produce medium-to-tall plants with vigorous stretch, balanced lateral branching, and dense, resin-coated colas. The flowers develop a frosty appearance and tight structure, with proper training and support helping maintain an even canopy.
Flowering Time
Papaya Puffs has a flowering time of approximately 8–9 weeks. Its dense flower development and vigorous growth make canopy management important throughout the flowering cycle.
Yield
Papaya Puffs offers medium-to-high yield potential, producing dense, resin-rich flowers with strong visual appeal. Its stacked colas and substantial resin production make this variety suitable for growers seeking quality flowers and extraction material.
Flavor & Aroma
Papaya Puffs features a candy-forward terpene profile with sugary, fruity, and citrus notes layered over tropical papaya character. Subtle gassy undertones add complexity, combining the sweet influence of Mylar Magic with the exotic fruit profile of Papaya Drip.
Cultivation
Papaya Puffs plants respond well to topping, low-stress training (LST), and canopy management to control vertical growth and encourage balanced development. Dense flowers benefit from good airflow and adequate support, while the strain’s oily, abundant resin makes it appealing for hash production, solventless extraction, rosin, and full-melt concentrates.
Seed Type
Papaya Puffs is available as feminized photoperiod cannabis seeds from Nine Weeks Harvest, producing female plants for flower production. With medium-to-high yield potential, resin-rich buds, and distinctive candy-and-tropical terpenes, Papaya Puffs seeds offer versatile genetics for flower and concentrate production.