Do-Si-Dos � The 25% THC Hybrid for Successful Cultivations

When Do-Si-Dos was created, our breeders had one clear objective: to achieve maximum potency. Thanks to the genetics of the legendary Girl Scout Cookies, this indica-dominant hybrid was born from the cross between Face Off OG and OG Kush Breath (a direct descendant of GSC), offering an impressive 25% THC. Its potency makes it ideal both for those with high tolerance and for those seeking intense effects with small doses.

Key Features:

• Potency and Effect:
  With 25% THC, Do-Si-Dos delivers an intense experience: the effect begins with a stimulating surge of euphoria that evolves into deep, satisfying bodily relaxation.
• Aromatic and Flavor Profile:
  The compact, resinous buds, covered in a brilliant layer of trichomes, develop a complex mix of terpenes, including abundant concentrations of limonene, caryophyllene, and linalool. The result is an aroma that blends earthy, herbal, skunky, and pine notes, offering a pleasant sensory experience with every puff.
• Cultivation and Yield:
  Do-Si-Dos was designed to simplify cultivation, making it accessible for both experienced growers and beginners.
  • Indoor: Plants can reach heights of up to 140 cm (or 80 cm with training techniques) and deliver abundant yields in about 8�10 weeks of flowering.
  • Outdoor: In ideal conditions, plants can exceed 200 cm, offering exceptional yields ready at the beginning of October.

Discover Do-Si-Dos, a hybrid that combines potency, yield, and ease of cultivation to turn every harvest into a success!

DO-SI-DO DATA SHEET

• VARIETY TYPE: FEMINIZED


• GENETIC HERITAGE: OGKB X FACE OFF OG


• TYPE: 30% SATIVA - 70% INDICA


• THC: 25%


• CBD: LOW


• INDOOR YIELD: 400 - 450 GR/M²


• OUTDOOR YIELD: 550 - 600 GR/PLANT


• INDOOR HEIGHT: 80 - 140 CM


• OUTDOOR HEIGHT: 150 - 200 CM


• FLOWERING TIME: 8 - 10 WEEKS


• HARVEST MONTH: EARLY OCTOBER


• EFFECT: COMFORTING, EUPHORIC, PHYSICALLY RELAXING


• FLAVOR: HERBAL, PINE, PUNGENT, SKUNK, EARTHY


• CLIMATE: SHORT SUMMERS