Crude Cake
Crude Cake
Overview
Crude Cake is a sativa-dominant hybrid strain (60% sativa/40% indica) created through crossing Girl Scout Cookies and Lemon Meringue strains. Despite its intimidating name, this dessert-themed cultivar offers a surprisingly pleasant experience with sweet, cake-like flavors and potent effects. The strain represents a modern cannabis breeding achievement, combining the legendary genetics of GSC with the citrusy appeal of Lemon Meringue to create a unique hybrid that delivers both mental stimulation and physical relaxation.
The buds of Crude Cake typically display the dense, resinous structure characteristic of its GSC heritage, often coated in a thick layer of trichomes that contribute to its exceptionally high THC content. With THC levels reaching an impressive 31-32%, Crude Cake stands among the more potent strains available in today's market, making it a favorite among experienced cannabis users seeking powerful effects. The strain's appearance and aromatic profile reflect its dessert-themed naming convention, featuring sweet vanilla and citrus notes that make consumption a pleasant sensory experience.
Effects
Reported Medical Uses
- Users report relief from chronic fatigue
- May help with depression
- Often used for chronic stress management
- Users report benefits for chronic pain
- May help with nausea
- Often used for headache relief
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
Growing information for Crude Cake is limited, but based on its GSC and Lemon Meringue genetics, it likely exhibits moderate growing difficulty. The strain would benefit from indoor cultivation with controlled environmental conditions. Expected flowering time would be approximately 8-10 weeks, typical for hybrid strains of this genetic background. Growers should expect medium to high yields given the potency of the final product. Climate control and proper curing would be essential to maximize the strain's exceptional THC content and preserve its distinctive terpene profile.