Ice Cream Cake Fast

Ice Cream Cake Fast – Humboldt Seeds

Ice Cream Cake Fast is a true underground cult classic bred by the notorious Los Angeles Seed Junkie! This fast mostly indica has taken the industry by storm in recent years. These unique genetics express the essence of what so many consumers are striving for in flavor. From high-quality extracts to premium blends, this strain has found its way into thousands of cannabis dispensaries around the world in all sorts of forms. Ice Cream Cake Fast is a cross between Ice Cream Cake and Uncirculated Elite OG Auto that both experienced and novice gardeners can grow very well, indoors and outdoors.

Lineage: Ice Cream Cake x Uncirculated Elite OG Auto
Genetics: automatic Indica / Sativa
Flowering Time: 7 - 8 weeks
Smell: very sweet, ice cream, cake
THC: 21%

Humboldt Seed Organization: California-inspired HSO genetics

The Humboldt Seed Organization (HSO) is a breeder known for selecting and developing cannabis genetics with a strong California influence. The range includes different Humboldt Seed Organization seeds, with feminized, autoflower and fast varieties alongside numerous hybrids from selected genetic lines.

Well-known genetics associated with Humboldt Seed Organization include Blue Dream, Banana Sapphire, Chocolate Mint OG and Amherst Sour Diesel. The HSO catalogue covers different genetic directions and makes it possible to compare varieties by lineage, flowering type, plant structure and aroma profile.

Quick Facts
Breeder: Humboldt Seed Organization (HSO)
Focus: selection and development of California-inspired cannabis genetics
Seed types: feminized, autoflower and fast
Well-known varieties: Blue Dream, Banana Sapphire, Chocolate Mint OG, Amherst Sour Diesel
Comparison criteria: genetics, flowering type, structure and aroma profile

The selection of Humboldt Seed Organization seeds includes varieties such as Banana Sapphire, Chocolate Mint OG and Geist OG Fast. These varieties represent different directions within the HSO catalogue and can be compared according to the individual characteristics of each genetic line.