Auto Fro-Yo

G13 Labs 雌性化 (FEM) 自动开花 (AUTO)

最低价

€7.56 起 / 粒

5 种子 · €37.78 · Cannoptikum

  • 开花时间 From 70 to 75 days
  • 产量 450 g/m²
Indica 80% Sativa 20%

基因: Sunset Sherbet x Girl Scout Cookies x Ruderalis

风味

Berries

Fro-Yo Auto:家族谱系

其他来源的说法(1)

谱系来自种子银行的说明,有时说法不一。

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价格对比表 — Auto Fro-Yo

Vendor 5 种子
Cannoptikum
最低价
€37.78 €7.56 / 粒
Mr Hanf
€41.99 €8.40 / 粒
London Seed Centre
€53.80 €10.76 / 粒

G13 Labs 的描述

Robust Performance and Dense Buds

Auto Fro-Yo by G13 Labs is a powerful feminized autoflower that balances a compact growth habit with substantial floral development. Derived from a lineage of Sunset Sherbet, Girl Scout Cookies, and Ruderalis, this variety reaches a medium frame of approximately 100 cm. Because the plants develop a sturdy structure, growers should ensure adequate spacing to accommodate their size while allowing for optimal airflow.

The standout feature of this strain is its dense, resin-heavy flower production. Depending on the growing environment, the buds can exhibit striking purple hues. To achieve these high-quality results, providing sufficient light and air circulation is essential to prevent crowding within the dense canopy.

Genetics and Flavor Profile

The unique character of Auto Fro-Yo stems from its diverse parentage:

  • Sunset Sherbet contributes creamy textures, fruit notes, and vibrant colors.
  • Girl Scout Cookies provides a grounded, earthy base with increased bud density.
  • Ruderalis enables the rapid autoflower cycle without sacrificing the plant's overall size.

These genetics result in a complex aromatic profile featuring sweet fruit, fresh berry notes, woody undertones, and a deep Kush-leaning finish.

Growth Cycle and Expected Yields

This variety follows a swift calendar, typically reaching harvest within 70 to 75 days from seed. In indoor settings, you can expect yields between 400 and 500 g/m², while outdoor specimens generally produce between 70 and 120 g per plant. Success with Auto Fro-Yo relies on a clean start and a well-managed environment to maximize its high-density potential.

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