Skunk 2.0 Fast Version is an enhanced feminized photoperiod strain, primarily indica-dominant. This fast-flowering variety is a blend of Early Skunk and Skunk Auto genetics, designed for a quick harvest without compromising on the quality or intensity of the experience.

Genetic Composition:

Combining the robust genetics of Early Skunk with Skunk Auto, this strain maintains the classic Skunk characteristics while significantly reducing the flowering time.

Flowering Period:

One of the most notable features of Skunk 2.0 Fast Version is its accelerated flowering phase, lasting only 6-7 weeks. This makes it an excellent choice for growers looking to optimize turnover without the constraints of an autoflowering cycle.

Harvest Time:

For outdoor cultivation, expect to harvest around late August to early September in Spain, making it suitable for regions with shorter growing seasons.

Plant Yield:

Skunk 2.0 Fast Version is a high-yielding plant. Indoor growers can expect yields of about 400-550 grams per square meter, while outdoor cultivation can produce 350-600 grams per plant.

THC and CBD Content:

This strain boasts a high THC level, ranging from 18-23%, ensuring a potent effect. The CBD level is around 1%, which can contribute to a more nuanced and balanced experience.

Taste Profile:

True to its lineage, Skunk 2.0 Fast Version offers a distinctively sweet and spicy Skunk flavor, a treat for those who enjoy classic cannabis tastes.

Effects:

Its effects are known for boosting creativity, making it an ideal choice for artistic endeavors or brainstorming sessions. This strain might be particularly appealing to those looking to enhance their cognitive processes while enjoying the characteristic Skunk high.

Skunk 2.0 Fast Version is perfect for growers seeking a quick turnaround without sacrificing the depth of experience associated with Skunk varieties. It’s suitable for both indoor and outdoor cultivation, especially in climates with shorter summers, and is a great choice for those who prize creativity-enhancing effects.