Moonshine Cookies Auto

Description from WeedSeedsExpress

A Potent, Berry-Kissed Autoflower

Moonshine Cookies Auto is a high-performance hybrid that blends the clear-headed clarity of Moonshine Haze with the rich, dessert-like profile of Girl Scout Cookies. This autoflowering powerhouse delivers a sophisticated experience, offering a complex terpene profile that balances herbal spice and citrusy zing with deep berry notes and a classic skunky funk. With THC levels reaching up to 33% and low CBD content of around 0.1%, this strain is designed for those seeking a potent, high-quality ride.

Experience and Profile

This strain provides an immediate cerebral lift that sharpens the senses and sparks creativity. It is an ideal choice for social gatherings or focused projects, offering an upbeat, talkative high that transitions into a smooth, relaxing body calm. The flavor profile is equally impressive, featuring a sweet, cookie-like base with vanilla undertones and pungent berry accents.

• Key Flavors: Sweet Berry, Skunk, Vanilla, and Earthy Spice.
• Primary Effects: Euphoric, Talkative, Cerebral, and Relaxed.

Cultivation and Performance

Perfect for beginners, Moonshine Cookies Auto is a resilient and forgiving plant that handles nutrients well and resists mold effectively. While it requires a slightly longer flowering window of 70 to 77 days from germination, the result is a robust structure with excellent bud formation.

Growth Characteristics

In indoor environments, the plant remains compact and vigorous, typically reaching heights between 80 cm and 150 cm. Outdoors, it can stretch to 180 cm, making it well-suited for sunny, arid climates or mountain regions. Growers can expect impressive yields of up to 450 g/m² indoors and approximately 500 g per plant in outdoor settings.

Technical Specifications

This hybrid features a genetic makeup of 40% Indica, 40% Sativa, and 20% Ruderalis. Its terpene profile is rich in Alpha Humulene, Limonene, Terpinolene, Beta Myrcene, and Alpha Pinene, contributing to its unique aromatic complexity.