Genetics
HomeStrainsCoco Chanel › Compound Genetics
Compound Genetics

Coco Chanel

Coco Chanel by Compound Genetics — unknown cannabis seeds. 69-day flowering, feminized.

This is Compound Genetics's release of Coco Chanel.

Heritage
unknown
Flowering
69 days
Seeds
feminized
Feminized
yes
Autoflowering
no

Genetics

Cocomero GelattiGrape Gasoline

About this release

Flowering Time: 67-70 Days Coco Chanel (FEMS) is a highly sought-after cannabis seed brand by Compound Genetics. Known for their exceptional genetics and quality feminized seeds, Coco Chanel offers cannabis enthusiasts the opportunity to grow and experience a unique and potent strain. Genetics: – Coco Chanel (FEMS) is a hybrid strain that combines the genetics of Cocomer Gelatti x Grape Gasoline. This genetic combination results in a strain with a balanced high and a delightful flavor profile. Flavor and Aroma: – Coco Chanel exhibits a sweet and fruity flavor with hints of watermelon and grape. This combination of flavors is complement by a subtle diesel undertone, creating a complex and enjoyable taste experience. Effects: – Users of Coco Chanel have reported feeling uplifted and experiencing an overall sense of calm. This strain has also been known to help alleviate symptoms of depression, anxiety, and ADHD. The effects of Coco Chanel are describe as balance, providing both a cerebral stimulation and a calming body buzz. Appearance: – The buds of Coco Chanel are light green with violet hues throughout. They are heavily frost and covered in orange hairs, making them visually appealing. Cultivation: – Cultivating Coco Chanel can be moderate to challenging, and it is recommend for growers with some experience. This strain prefers a controlled environment, such as a grow tent or indoor setup, where temperature, humidity, and lighting can be closely monitore and adjusted. Regular pruning and training techniques may be necessary to manage its vigorous growth. The flowering time is typically around 8 to 9 weeks, and growers can expect a rewarding yield with optimal growing conditions