White Skywalker OG by OG Raskal Genetics
Skywalker OG × Mazar × Blueberry
White Skywalker OG is an indica-dominant cultivar bred by OG Raskal Genetics, known for its potent effects and visually striking appearance. This strain combines classic OG characteristics with a modern breeding approach, appealing to both connoisseurs and medicinal users.
Appearance
White Skywalker OG buds are dense and compact, heavily coated in trichomes that give them a frosty appearance. They are typically dark green with purple undertones, contrasted by bright orange to rust-colored pistils. The trichome density is notable, contributing to the strain's potency and quality.
Aroma & Flavor
The aroma of White Skywalker OG is a complex blend of earthy and woody notes, complemented by subtle hints of citrus and spice. Upon consumption, users experience a well-balanced flavor profile that includes herbal and sweet tastes with a slightly peppery finish.
Effects
This strain is reported to induce a sense of calm and focus, making it suitable for users seeking relaxation without heavy sedation. Its indica-dominant genetics contribute to a predominantly relaxing experience.
Terpenes & Cannabinoids
Key terpenes identified in White Skywalker OG include Myrcene, Limonene, and Caryophyllene. The strain is characterized by high THC levels, typically ranging from 22-26%, and less than 1% CBD. Myrcene is noted to be present in significant concentrations.
Origins & Lineage
Developed by OG Raskal Genetics, White Skywalker OG is a descendant of the Skywalker OG lineage. The breeding process involved combining Mazar and Blueberry genetics to create a strain that is approximately 85% indica. Breeders spent over three years stabilizing its unique traits and robust effects.
Cultivation
Quantitative genetic studies indicate that over 70% of White Skywalker OG phenotypes exhibit a robust, resinous structure. Growers have noted impressive bud size and resin production, with some reporting yield increases compared to other Skywalker OG variants. The strain is recognized for its stability and resilience.