Apple Burger

Apple Burger

Apple Burger

Hybrid AI Generated

Overview

Apple Burger is an indica/sativa hybrid cannabis strain developed by Homegrown Genetics through a cross of Fried Applez #2 and Cherry Burger #2. This unique cultivar combines sweet, fruity flavors reminiscent of cherry pie and apple fritter with hints of diesel and pepper. The strain represents an F1 hybrid that captures the essence of its dessert-inspired parent strains while adding complexity through subtle fuel notes. Apple Burger can be cultivated indoors, outdoors and in greenhouse environments, with plants requiring a flowering time of approximately 63 days. More specifically, the flowering time ranges from 60-63 days in hydroponic systems and 65-70 days when grown in soil.

The strain has gained recognition within cannabis circles for its well-balanced effects and appealing sensory profile. Apple Burger delivers a balanced high and an unforgettable sensory journey, making it perfect for cannabis enthusiasts. While specific cannabinoid percentages are not widely documented, the strain is noted as not being CBD-rich, suggesting a THC-dominant profile typical of modern hybrid cultivars. The genetic foundation comes from combining apple fritter-inspired genetics with cherry burger lineage, creating a dessert strain that bridges fruity sweetness with gassy undertones.

Effects

Reported Medical Uses

  • Users report it may help with anxiety
  • Often used for pain management
  • May help stimulate appetite

This is not medical advice. Consult a healthcare professional.

Possible Negative Effects

Growing Information

Apple Burger can be cultivated indoors, outdoors and greenhouse environments with a flowering time of approximately 63 days. More specifically, flowering time is 60-63 days in hydroponic systems and 65-70 days in soil. The strain is available as regular (non-feminized) photoperiod seeds. Growing difficulty appears to be moderate, suitable for both indoor and outdoor cultivation. The strain benefits from standard hybrid growing practices with attention to nutrient management during the flowering phase. Yields and plant structure information is limited, but the reasonable flowering time suggests good productivity for growers.

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