Amnesi-K - Kannabia Seeds

Amnesi K Haze by Kannabia Seeds

Amnesi K Haze by Kannabia Seeds is a feminized photoperiod hybrid line with a clearly sativa leaning direction and a classic Haze based logic. This variety is aimed at growers looking for a strong performing genetic with a distinctive citrus and spice profile, vigorous growth, and a clearly developed Haze identity. Within the Kannabia range, Amnesi K Haze stands for a modern interpretation of a well known Haze direction with clear structure and solid production potential.

In cultivation, Amnesi K Haze develops a medium sized to large plant structure with strong build, noticeable stretch, and well formed side branching. The line is suitable for both indoor and outdoor growing and remains manageable when guided properly. Indoors, a controlled start is useful so the plants have enough room later on for their sativa driven development. Outdoors, it can grow considerably larger and express its vigour more fully.

Flowering time indoors falls into the medium to longer range, which clearly places the variety among haze influenced photoperiod lines. In terms of yield, Amnesi K Haze is positioned for solid to strong production. The plant structure is clearly built around longer flower development, good side formation, and pronounced resin production. This places Amnesi K Haze as a strong performing photoperiod Haze line with a clear sativa leaning direction.

Its profile shows a fresh, citrus driven, and spicy aromatic direction with a clear Haze foundation. The breeding logic remains easy to read, as this is not built around a generic sativa impression, but around a clearly developed Haze line with classic freshness, extended structure, and a distinct overall identity. This gives Amnesi K Haze a clearly defined character rather than the feel of a generic standard variety.

As with feminized photoperiod Haze lines in general, the final expression can vary depending on the phenotype. Differences in plant height, flower structure, finishing pattern, resin output, and aromatic distribution within the line should therefore be expected.