Stadium Analysis
Your Stadium, Explained by Engineering
No two stadiums behave the same.
Architecture, orientation, roof geometry, location, and local climate conditions all directly influence how sunlight, wind, temperature, and humidity interact with the playing surface.For this reason, one-size-fits-all solutions do not work in stadium environments.At Procon, stadium a nalysis is the foundation of every decision we make. Before defining systems, materials, or turf strategies, we analyze how the stadium truly functions—month by month, zone by zone.
Sunlight & Climate Analysis
We conduct detailed sun and climate analyses to understand how natural light reaches the pitch throughout the year.
Sun exposure varies significantly depending on stadium geometry, roof structure, orientation, and surrounding obstacles.
These studies allow us to identify:
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shaded and high-risk growth zones
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seasonal sunlight variations
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daily and monthly light distribution patterns
The outcome is a clear understanding of where, when, and how long the pitch receives usable sunlight.
Stadium-Specific Engineering, Not Generic Assumptions
Every stadium has its own microclimate.
Wind behavior, airflow patterns, temperature retention, and humidity levels differ from one venue to another—even within the same city.
By combining climate data with on-site engineering evaluation, we define a stadium-specific approach rather than applying standard templates.
This is why Procon solutions are always engineered for the stadium, not for a generic pitch model.
From Analysis to Turf & Infrastructure Decisions
The results of our stadium analysis directly define:
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Turf type selection
Based on light availability, climate stress, and recovery requirements -
Substructure and infrastructure needs
Including drainage, irrigation, and aeration requirements -
GrowLight strategy
Determination of required light hours, fixture positioning, and the number of Procon GrowLight units needed -
Irrigation planning
Tailored watering strategies aligned with sunlight exposure, airflow, and root-zone behavior
Each recommendation is derived from measured conditions—not assumptions.
Engineering Meets Architecture
Our analysis goes beyond agronomy and engineering calculations.
With a strong architectural background, we study the stadium’s design, sections, roof structure, and spatial layout to understand how the built environment influences natural conditions on the pitch.
This multidisciplinary approach allows us to deliver one of the most detailed stadium analyses available in the industry—bridging architecture, engineering, and turf science.
Built on Data. Designed for Performance.
Stadium analysis is not an optional step.
It is the basis for long-term pitch performance, system efficiency, and sustainable maintenance planning.
By understanding the stadium first, we ensure that every solution that follows is technically justified, stadium-specific, and performance-driven.
Know the stadium before you build the pitch.