Spaceberry Icecream #2
Spaceberry Icecream #2 Strain Overview
Spaceberry Icecream #2 is a mostly indica-dominant hybrid strain developed by The Bakery Genetics. This strain represents a complex four-way cross featuring an intricate lineage that combines classic cheese genetics with modern fruity and dessert-inspired varieties. The strain is part of The Bakery Genetics' F2 regular seed line, showcasing the breeder's approach to creating unique polyhybrid crosses. While specific cannabinoid profiles and detailed effects data are not publicly available, the strain's name suggests a combination of space-themed psychoactive properties with creamy, dessert-like flavor characteristics inherited from its diverse genetic background.
The Bakery Genetics has developed this strain as part of their extensive catalog of over 240 varieties, though Spaceberry Icecream #2 was never made available as feminized seeds and appears to have limited commercial availability. The strain requires approximately 70 days of flowering time and can be cultivated indoors, outdoors, or in greenhouse environments. Given its complex lineage combining UK Cheese, Blue Cheese, Razzberriez (itself a cross of London Cookies and Purple Haze 69), and a purple phenotype of Chloe Simone, growers can expect varied phenotypic expressions with potential for interesting color variations and unique terpene profiles.
Spaceberry Icecream #2 Strain Growing Information
Spaceberry Icecream #2 has a flowering time of approximately 70 days and can be cultivated indoors, outdoors, and in greenhouse environments. The strain was only available as regular (non-feminized) seeds and appears to have limited commercial availability. Given its complex four-way hybrid genetics, growers should expect phenotypic variation and may need to select from multiple plants to find desired traits. The strain's indica-dominant nature suggests it may produce more compact, bushy plants typical of indica varieties. Due to the lack of specific cultivation reports, growing difficulty level cannot be accurately determined.