Jacks Cleaner

Description from Rocket Seeds

Jacks Cleaner Feminized Cannabis Seeds

Jacks Cleaner Feminized Cannabis Seeds offer a THC level of 21% and low CBD, making it a strain with a clear cannabinoid profile. It exhibits a sativa-oriented growth pattern and a bright, aromatic expression. The feminized format ensures that growers receive female plants, eliminating the need to identify and remove male plants during cultivation.

The terpene profile is reported to include citrus, lemon, and pine, offering a sharp and refreshing aroma. These descriptions are based on sensory experiences rather than confirmed terpene percentages. Together, the aroma and cannabinoid composition define Jacks Cleaner’s unique identity.

Flavor and Aroma

Jacks Cleaner Feminized Cannabis Seeds deliver a flavor profile dominated by bright citrus and lemon, with a pine accent. The lemon provides a sharp, zesty base, while citrus reinforces the fresh quality and pine adds an outdoorsy, resinous finish. This combination makes for a distinctive and recognizable sensory experience.

The aroma carries through to the flower itself, with citrus, lemon, and pine remaining the primary descriptors. The description focuses on the relationship between its aroma and sensory expression, staying grounded in documented characteristics.

Cultivation Overview

Jacks Cleaner Feminized Cannabis Seeds are considered moderate to grow, making them a good fit for cultivators with some experience. It can be grown both indoors and outdoors, with a medium-to-tall stature that requires adequate vertical space. The flowering period lasts 8–10 weeks, with an outdoor harvest typically around late September to early October.

Reported yields are approximately 300 g/m² indoors and 350 g per plant outdoors. Growers should consider the plant’s structure and environmental conditions to ensure optimal development. With its defined flowering window, moderate difficulty, and clear yield expectations, Jacks Cleaner is a solid choice for those seeking a feminized sativa-dominant strain.