Description of Pluto Cut Auto R F3 Feminized
Pluto Cut Auto R F3 Feminized Marijuana Seeds features a distinctive genetic lineage of Quattro Kush (Pluto Cut) × OG Kush Auto F4. The Quattro Kush Pluto Cut contributes its established Kush characteristics, while OG Kush Auto F4 introduces the autoflowering genetics. The F3 designation reflects its breeding generation, while the feminized format is intended to produce predominantly female plants.
How to Grow Pluto Cut Auto R F3 Feminized
This autoflowering hybrid is best suited to growers with intermediate experience, although its compact, stocky structure makes it relatively manageable. The plants develop substantial flowers and benefit from a stable growing environment with good airflow, adequate lighting, and careful humidity control. Light training techniques such as LST can help open the canopy and improve light distribution, while maintaining approximately 50% humidity during flowering can support healthy flower development. Indoor plants typically reach 60–100 cm in height and can produce around 450–600 g/m², while outdoor plants generally reach 80–120 cm and yield approximately 75–125 g per plant under suitable conditions.
A warm, sunny, temperate to Mediterranean climate is recommended for outdoor cultivation, while indoor environments allow growers to maintain more consistent temperature, humidity, airflow, and lighting conditions. The expected 10–11 week flowering period represents the later developmental stage of the plant, while the overall harvest window of approximately 70–90 days from sprout accounts for the broader autoflowering growth cycle. Actual timing can vary according to phenotype, environmental conditions, lighting, and cultivation practices.
With an estimated 10–12 week seed-to-harvest period, the genetics offer a relatively short overall cultivation cycle while maintaining a compact structure and substantial reported yield potential. Consistent attention to lighting, airflow, humidity, nutrition, and canopy management can help support healthy development and encourage the plants to reach their expected size, flowering duration, and production potential.


