Superior Tropical Zmoothie Auto

Seed Stockers 的描述

A Robust and Award-Winning Autoflower

Tropical Zmoothie Auto stands out from typical compact autoflowers by offering a more substantial, structured growth habit. Rather than remaining squat, this variety exhibits a vigorous upward drive complemented by sturdy side branches. This architectural balance ensures the plant maintains enough body to support a dense, voluminous flower set without becoming overly spindly or losing its shape.

Derived from a lineage including Tropicana Shoes, Zmoothiez Zignature, and Mandarin Panties Auto, this 50% Sativa and 50% Indica hybrid strikes a perfect balance between movement and volume. It maintains a readable structure throughout its life cycle, avoiding the loose form often associated with high-energy sativa genetics. Its impressive performance is backed by accolades, having secured third place at the Autoflower World Cup and third place for Best Indica at the Highlife Cup.

Growth Cycle and Yield Potential

This fast-growing variety completes its full cycle in approximately 65 to 70 days from germination. During this window, it produces a dominant main cola alongside several densely packed lateral branches. Cultivators can expect high productivity, with yields reaching up to 500 g/m² in indoor environments and up to 900 grams per plant when grown outdoors.

Complex Aromatic Profile

The terpene profile offers a multi-layered sensory experience. The primary notes are dominated by ripe fruit, citrus, and mandarin, accented by the crisp, slightly bitter freshness of grapefruit. These top notes are rounded out by a base of candy-like sweetness, floral nuances, and earthy spice.

Technical Specifications

This feminized autoflower features a THC content of 26% and reaches a height of roughly 150 cm. It is well-suited for indoor, outdoor, and greenhouse cultivation, performing exceptionally well under Sea of Green (SOG) training methods. Its terpene profile is characterized by beta-myrcene, limonene, beta-caryophyllene, alpha-pinene, and beta-pinene.