Facade by Compound Genetics
Eye Candy × Crystal Lobster
Facade is an indica-dominant strain developed by Compound Genetics, noted for its visually appealing buds and complex sensory profile. It emerged as a craft cannabis strain, blending traditional indica traits with modern breeding for both aesthetic and potent effects.
Appearance
Facade presents dense, compact buds with a frosted appearance, often displaying deep green coloration interspersed with purple hues and orange pistils. An intricate network of trichomes covers the surface, indicating a rich cannabinoid and terpene concentration.
Aroma & Flavor
The aroma is a complex blend, beginning with crisp pine notes from pinene, complemented by citrus and herbal hints. Underlying earthy and slightly woody tones from humulene, along with soft floral notes from linalool, create a layered scent profile. The flavor mirrors this complexity, starting with sweet, candy-like notes that transition into earthy undertones, balanced by pine and spice.
Effects
Users report that Facade delivers calming, creative, and focused effects. Its indica-leaning genetics provide a grounding experience suitable for relaxation and introspection.
Terpenes & Cannabinoids
Facade typically contains THC levels between 18% and 25%, with minimal CBD (<1%). Prominent terpenes include pinene, humulene, and endo-fenchyl alcohol, contributing to its distinct aroma and effects. Linalool and limonene are also noted secondary components.
Cultivation
While specific cultivation details like difficulty, yield, and flowering time are not extensively detailed, Facade is recognized for its visually striking appearance and consistent quality across different growing environments. Its genetics suggest a preference for conditions that enhance its dense bud structure and trichome production.
Origins & Lineage
Developed by Compound Genetics, Facade originated in Oregon's craft cannabis scene. Its lineage is predominantly indica (over 70%), with notable contributions from strains like Eye Candy and potential connections to Crystal Lobster genetics.