Apollo Xx
Northern Lights × Afghani
Apollo Xx is an indica-dominant hybrid developed by Brothers Grimm, known for its dense, trichome-covered buds and complex sensory profile. This strain emerged in the early 2010s, blending classic indica genetics with modern breeding techniques to offer a balanced experience.
Appearance
Apollo Xx buds are characterized by their dense and chunky structure, often adorned with a thick coating of trichomes. Visually, the buds display vibrant hues ranging from deep greens to subtle purples, contributing to their aesthetic appeal. The compact nature of the buds helps maintain balanced internal moisture.
Aroma & Flavor
The aroma of Apollo Xx is a complex blend of earthy, spicy, and herbal notes, reminiscent of rich soil with hints of pine. Upon inhalation, the flavor profile mirrors this complexity, delivering a sweet earthiness that evolves into spicy herbal undertones. The experience is often described as smooth and cooling.
Effects
Apollo Xx is primarily recognized for inducing a balanced high that begins with cerebral and energetic sensations before transitioning into deep relaxation. Users report a calming effect that can help manage stress and promote a sense of well-being. While predominantly indica, subtle sativa influences contribute to its nuanced onset.
Terpenes & Cannabinoids
The terpene profile of Apollo Xx is dominated by myrcene, contributing to its earthy base and sedative qualities. Caryophyllene adds spicy and woody notes, while limonene introduces a subtle citrus element. This combination supports a robust cannabinoid profile, typically featuring high THCA levels around 20-28% and minimal CBD, contributing to its potent effects.
Origins & Lineage
Developed by Brothers Grimm, Apollo Xx emerged in the early 2010s as a product of meticulous breeding. Its genetic heritage is predominantly indica, with advanced mapping suggesting potential lineage from classic strains like Northern Lights and Afghani landraces. This breeding aimed to combine potent relaxation with unique flavor profiles.