Dynasty Genetics Seeds Sour Peach Cobbler V2

Strain Overview

Sour Peach Cobbler V2 seeds by Dynasty Genetics are hybrid cannabis seeds bred from Ice Queen (Cinderella 99 x White Widow) crossed with an East Coast Diesel BX1 male. This combination delivers robust plant structure, high yield potential, dense resinous flowers, and a complex fruit-and-fuel terpene profile.

Genetics and Growth

Sour Peach Cobbler V2 produces sturdy, easy-to-manage plants with moderate flowering stretch and strong adaptability. The plants offer good resistance to common pests and mold, making these cannabis seeds suitable for both newer and experienced growers seeking reliable indoor or outdoor genetics.

Flowering and Yield

With a flowering time of approximately 9–10 weeks, Sour Peach Cobbler V2 develops large, dense buds covered in resin. These Dynasty Genetics seeds have high yield potential and perform well indoors or outdoors, with temperate outdoor climates particularly well suited to the strain.

Appearance and Cultivation

Plants develop a robust structure capable of supporting heavy flower production. Indoor growers can use light and humidity control to optimize development, while outdoor cultivation benefits from the plant’s natural resilience. Moderate stretch during flowering makes training and canopy management useful for maximizing available growing space.

Flavor and Aroma

Sour Peach Cobbler V2 features a bold terpene profile combining lemon, ripe peach, tropical fruit, fuel, and sweet candy notes. The layered fruit-forward aroma is complemented by zesty citrus and deeper fuel characteristics, making these seeds appealing to growers seeking distinctive, flavorful cannabis genetics.

Seed Type and Breeder

Sour Peach Cobbler V2 cannabis seeds are bred by Dynasty Genetics from Ice Queen and East Coast Diesel BX1 lineage. With versatile indoor/outdoor performance, 9–10 week flowering, strong resistance, and high yield potential, this hybrid offers well-rounded cultivation characteristics for cannabis seed collections.

Strain Characteristics