THC-Victory®

Dutch Passion 的描述

THC-Victory is a unique THCV-rich cannabis strain with a rich terpene profile

THC-Victory is the first commercially available THCV-rich cannabis variety, offering a high THCV content of 6-8%, matched by an equivalent THC level. This strain is versatile and suitable for growers of all experience levels, thriving in soil, coco, or hydroponic setups. It produces medium to large yields with a typical flowering time of about 11 weeks.

As a Sativa-dominant plant, THC-Victory is highly branched and features a unique terpene profile. It exudes a spicy and floral aroma, with a fresh, spicy, and piney taste. Its terpene composition includes terpinolene, pinene, caryophyllene, and ocimene, which contribute to its distinct fragrance and flavor. Some describe its scent as reminiscent of a spicy tea.

THC-Victory is a photoperiod feminized cannabis strain with an unusually high THCV content. It has been developed through Dutch Passion's research program by selectively crossing Sativa-dominant genetics. This results in a strain with a 1:1 ratio of THC and THCV, making it of particular interest to the medical cannabis community and the pharmaceutical industry.

THCV, short for tetrahydrocannabivarin, is a cannabinoid that has shown potential in various medical fields. Unlike typical cannabis strains which often contain less than 0.2% THCV, THC-Victory consistently delivers THCV levels of around 6%, with some plants exceeding 8%. This unique profile offers a relaxed yet energizing and creative effect with a subtle high.

When vaping, it's important to note that THCV has a higher vaporization temperature than THC. For optimal consumption, set your vape to at least 220°C. THC-Victory is also well-suited for SCROG growing techniques due to its strong stretch during the flowering phase.

The strain's plant structure is medium-to-large, with a medium-to-large internode distance. While the buds are close together on the branches, they tend not to form completely dense blooms. The flowering hairs (pistils) are present in most phenotypes at a slightly higher density than in traditional cannabis varieties.