Total Potential: 15-24% THC – 0.1% CBD

Genetic: 40% Sativa, 60% Indica

Aroma: She has a bold fusion of grape, diesel, pungent, and lavender notes, creating a complex and rich scent with both fruity and fuel-like undertones.

Flavors: She has a smooth blend of sweet grape, earthy diesel, and a hint of floral lavender, delivering a unique balance of sweetness and depth with a slightly spicy finish.

Terpenes: Myrcene, Caryophyllene, Limonene, Pinene, Linalool

Appearance: She has a dense, resin-coated buds with deep purple and green hues, accentuated by vibrant orange pistils and a thick layer of frosty trichomes.

Style: SOG is well-suited for Grape Gas as it has a fast flowering time and is perfect for creating a sea of smaller, uniform plants. SOG is a great method for Grape Gas as it enables faster turnover and maximizes plant density in a smaller space, ideal for quick, high-yield harvests.

Height Indoor: 150 cm

Height Outdoor: 200 cm

Ideal Harvest Range Indoor: 8 – 9 weeks

Ideal Harvest Range Outdoor: Early October

Potential Yield Indoor: 350–450 grams/m²

Potential Yield Outdoor: 450–550 grams/plant

Climate: Mild to warm climates

Effects: Energetic, Euphoric, Relaxed, Uplifted

Therapeutic Relief: Anxiety, Depression, Stress

Specification For Extraction

Ice Water Extraction

Ice water extraction is a popular technique for extracting cannabinoids and terpenes from Grape Gas flowers. With a 3.58% extraction yield, this method effectively isolates the resin by using ice-cold water to freeze trichomes, which are then separated from the plant material. The ice water process is considered clean and solventless, preserving the purity of the cannabinoids extracted.

In terms of potency, ice water extraction for Grape Gas can yield a high percentage of THC, often over 50%, depending on the quality of the flowers. This method produces hash that is rich in flavor and cannabinoids without the use of solvents, making it a preferred choice for cannabis connoisseurs.

BHO Extraction

The BHO extraction method is another widely used technique for processing Grape Gas flowers, offering a 2.78% resin extraction yield. This method utilizes butane as a solvent to extract cannabinoids, resulting in a highly potent cannabis concentrate. The BHO process is efficient, though it requires careful handling due to the flammable nature of the solvent.

With BHO extraction, the resulting concentrate can contain upwards of 70-90% THC, making it extremely potent compared to other extraction methods. Despite the high THC content, the process may strip away some terpenes, though it remains a popular option for creating potent concentrates.