Divine Fatale Genetics Cereal Milk

Strain Overview

Cereal Milk seeds by Divine Fatale Genetics are feminized hybrid cannabis seeds bred from Y Life (Cookies x Cherry Pie) x Snowman, a premium Girl Scout Cookies phenotype. Known for dense, frosty flowers, strong yields, compact growth, and a distinctive dessert-inspired terpene profile, Cereal Milk seeds are well suited to both indoor and outdoor cultivation.

Genetics and Growth

Cereal Milk seeds produce medium-to-short plants with sturdy stems, strong lateral branching, and a balanced hybrid structure. The compact growth habit makes them suitable for smaller indoor spaces, while topping, SCROG, and other training techniques can help optimize canopy development and flower production. Outdoor Cereal Milk plants perform well in sunny, temperate environments.

Flowering Time and Yield

Cereal Milk seeds have a 9–10 week flowering period and offer high yield potential in both indoor and outdoor gardens. Plants develop dense flower sites supported by durable branches, providing growers with productive harvests and excellent visual appeal.

Appearance

Cereal Milk plants produce compact, resin-rich buds covered in glistening trichomes. Bright green calyxes, fiery orange pistils, and heavy frost create a striking silver-green appearance and strong bag appeal.

Flavor and Aroma

Cereal Milk seeds produce a sweet, creamy terpene profile featuring prominent vanilla and milk-like notes, complemented by ripe fruit and subtle gassy undertones. The dessert-inspired aroma and flavor reflect the strain’s name and make Cereal Milk a popular choice for growers seeking distinctive, terpene-rich cannabis genetics.

Seed Type and Breeder

Cereal Milk seeds are feminized cannabis seeds from Divine Fatale Genetics, bred for compact growth, strong branching, high yields, dense resinous flowers, and unique flavor. The Y Life x Snowman lineage combines Cookies and Cherry Pie genetics with a celebrated GSC phenotype, making Cereal Milk seeds a compelling choice for indoor and outdoor growers seeking elite modern hybrid genetics.

Strain Characteristics