Break-Up Cake
Break-Up Cake
Also known as: Break Up Cake, Breakup Cake
Overview
Break-Up Cake is an indica-dominant hybrid cannabis strain developed by Kannabia Seed Company from a cross between Girl Scout Cookies and Cherry Pie. Created as Kannabia's answer to the popular Wedding Cake strain, this feminized variety features a 70/30 indica-sativa genotype and was bred to combine classic indica characteristics with modern genetics. The strain's development was driven by meticulous research and cross-breeding techniques that focus on highlighting a predominantly indica heritage, blending aesthetics with potent effects.
The strain is visually striking, featuring dense, trichome-rich buds that showcase rich greens with hints of purples and deep forest browns, further accentuated by a generous coating of resin that gives each nugget a frosty, almost crystalline look. Break-Up Cake is considered an easy-to-grow and quite resistant plant, making it ideal for novice growers. This variety adapts very well to any type of cultivation, whether indoor or outdoor, and has shown extraordinary tolerance against external agents such as pests, fungi, and temperature changes.
Effects
Reported Medical Uses
- Users report relief from chronic pain
- May help with stress and anxiety management
- Often used for insomnia and sleep issues
- Users report benefits for muscle tension
- May help stimulate appetite
- Often used for post-workout recovery
This is not medical advice. Consult a healthcare professional.
Possible Negative Effects
Growing Information
Break-Up Cake is considered beginner-friendly with easy cultivation requirements. Indoor flowering time is approximately 60 days, with indoor yields reaching 600g/m². Outdoor harvest occurs during September-October, with plants reaching up to 2 meters in height and producing up to 800 grams per plant. The strain has a medium-high growth profile and can reach heights of up to 200cm in outdoor plantations. It adapts well to guerrilla and hydroponic growing systems, showing good resistance to environmental stressors.