Girl Scout Cookies Fast Version

Description from EGS

A Rapidly Maturing Classic

Girl Scout Cookies Fast Version captures the iconic essence of one of the most celebrated hybrids in cannabis history while significantly accelerating the growth cycle. By expertly refining the traditional OG Kush and Durban Poison lineage with a specialized third genetic component, breeders have successfully shortened the maturation period by two full weeks. This result is a high-performance strain that delivers premium quality without the long wait.

Growth Characteristics and Yield

This variety is particularly impressive for its speed, beginning to flower promptly after the light cycle switch and reaching harvest in just 49-56 days. Its compact stature, typically topping out at 120 cm (4 feet), makes it an excellent candidate for outdoor cultivation or a Sea of Green (SOG) indoor setup. Growers can expect robust yields ranging from 500-550 g/m² indoors and up to 600 g per plant when grown outdoors.

Potency and Sensory Profile

The buds are packed with significant potency, boasting a 28% THC content and 2% CBD. The terpene profile is designed to replicate the nostalgic experience of a candy shop, offering a distinct aroma of sweet pastries and minty undertones. The flavor profile is characterized by:

• Sweet
• Fruity
• Earthy

Experience and Effects

The hybrid high of Girl Scout Cookies Fast Version unfolds in two distinct phases. It begins with a sharp, exhilarating mental stimulation that clarifies thoughts and brightens the senses. As the experience progresses, it transitions into a deep, full-body relaxation, leaving the user feeling happy and euphoric.

Cultivation Tips

To achieve the best results, provide ample light and ensure proper airflow through pruning and defoliation. For those growing outdoors in cooler climates, it is important to monitor the large central colas for any signs of mold. While the plants naturally develop a dominant main cola with shorter side branches, they can also be trained into a flatter shape by extending the vegetative stage.