FEATURES
IDEAL PLANT DENSITY
The Ideal Plant Density feature in PDS calculates the optimal number of plants for each room based on its dimensions, layout, and the strains grown in it—maximizing yield while preserving airflow, light penetration, and plant health.
Maps and validates every piece of equipment in a cultivation room—confirming it’s installed, calibrated, and performing to specification before and throughout a harvest cycle.
Calculates the optimal number of plants per room to maximize yield while preserving airflow, light penetration, and plant health.
The Ideal Plant Density feature in PDS allows growers to determine the right number of plants for each room based on its dimensions, canopy square footage, cultivation style, and tier layout. Rather than relying on guesswork, growers
receive a recommended plant count that balances full use of the available space against the airflow, light penetration, and access each plant needs to perform. The feature also accounts for how a given strain grows—its size, structure,
and spacing requirements—so density is tailored to both the room and the genetics within it. This level of precision is crucial for avoiding overcrowding, which can lead to uneven light distribution, restricted airflow, higher disease
and mold risk, and reduced quality.
Ideal Plant Density helps growers weigh the tradeoffs between plant count and yield per plant, so they can plan for the most productive use of every square foot. By aligning density with room configuration and strain behavior, growers can forecast harvests more accurately and standardize their spacing approach from room to room and cycle to cycle. Whether managing a single grow room or multiple cultivation sites, this tool empowers growers to make the most of their canopy, reducing risks and improving outcomes through optimized plant spacing.
