Choco Cream fem BSF Seeds

Choco Cream Feminized Seeds by BSF Seeds

Choco Cream Feminized is a genetic jewel born from the cross between Oreoz and Cookies and Cream, designed especially for extraction enthusiasts and lovers of intense flavors. With potency reaching up to 30% THC, this strain combines easy cultivation, high yield, and unmatched aromatic complexity.

What is Choco Cream Feminized like?

Choco Cream Feminized develops a compact and vigorous structure with dense buds covered by a thick layer of trichomes that nearly hide its purple and green tones. It is resistant to pests and mold, though growers should monitor for botrytis on main colas. Its strong and adaptable nature makes it ideal for both indoor and outdoor cultivation.

Genetics and origin

Born from Oreoz and Cookies and Cream, this perfectly balanced 50/50 hybrid combines the creamy resin power of Oreoz with the sweet, chocolatey profile of Cookies and Cream. Its genetic makeup ensures excellent stability and great versatility for different growing styles.

Cultivation and yield

Easy to grow, Choco Cream Feminized has a flowering time of 8 to 9 weeks (around 65 days). Multiple pruning sessions are recommended to maximize yield and performance. During the vegetative stage, it appreciates strong nutrition and tolerates high light levels, though light intensity should be reduced in the last few weeks to preserve terpene quality.

Aroma, flavor, and effects

The terpene profile of Choco Cream Feminized is a delightful blend of chocolate and diesel fuel, creating a sweet, creamy, and slightly earthy flavor. The smoke is dense and persistent, leaving a strong, long-lasting impression on the palate.

With a powerful and intense effect, this strain offers an uplifting cerebral high followed by a deep, long-lasting body relaxation. It’s perfect for the end of the day or for those seeking relief from stress, anxiety, insomnia, or depression.

Dominant terpenes

The aromatic profile includes humulene, caryophyllene, limonene, myrcene, beta-caryophyllene, and linalool, responsible for its complexity and rich sensory character.