Double Candy Breath by Smiling Tiger
Indica Genetics × Sativa Genetics
Double Candy Breath is a hybrid cannabis strain developed by Smiling Tiger, known for merging classic genetics. It offers a balanced profile, integrating characteristics from both indica and sativa varieties to appeal to a wide range of consumers.
Appearance
The buds of Double Candy Breath are typically dense and feature a frosted appearance due to a significant trichome layer. They often display deep forest green hues interspersed with purple streaks, and some users note neon orange trichomes on the leaves, adding to their visual appeal. The resin coating can give the buds a glassy, jewel-like quality.
Aroma & Flavor
This strain is recognized for a distinctive aroma that combines sweet and earthy notes with subtle citrus undertones. Initial inhalation often reveals a strong sugary, candy-like scent, complemented by hints of pine and spicy earthiness. The flavor profile mirrors this, presenting an overt sweetness reminiscent of cotton candy and caramel, balanced by earthy spice and a lingering herbal aftertaste upon exhalation.
Effects
Double Candy Breath is reported to produce a balanced set of effects, often described as both mentally invigorating and physically relaxing. Users may experience enhanced mood, creativity, and a sense of euphoria. The strain's profile suggests it aims to provide a robust yet manageable experience, with potential to uplift and calm.
Terpenes & Cannabinoids
With THC levels typically ranging from 18% to 22% and CBD below 1%, Double Candy Breath is a THC-dominant hybrid. Its balanced terpene profile is thought to contribute to its unique aroma, flavor, and effects, potentially modulating the experience to minimize anxiety while promoting positive mental states. Minor cannabinoids are present in small amounts.
Origins & Lineage
Developed by Smiling Tiger, Double Candy Breath is the result of a double crossbreeding technique that combines approximately 50% indica and 50% sativa genetics. This meticulous process, spanning several years, aimed to leverage the best qualities of both parent types, focusing on robust resin production, aromatic complexity, and high THC potential.