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Writer's pictureSam McAllister

Optimising Aeration Schedules for Peak Surface Performance

The Importance of Surface Aeration


Aeration plays a pivotal role in maintaining a healthy, high-performing surface by relieving compaction and enhancing overall plant health. This essential process involves creating small holes or slicing into the surface to allow better air, water, and nutrient movement to the root zone. By optimising aeration schedules, grounds managers can ensure their playing surfaces support both plant vitality and player performance.


Why Aeration is Critical for Surface Health

Aeration delivers a range of benefits crucial to surface maintenance, including:

  • Improved air circulation to the roots

  • Enhanced water infiltration

  • Stimulated root growth

  • Reduction in thatch


However, the key to reaping these benefits lies in getting the balance right. Too little aeration can lead to poor root development, reduced water infiltration, and excessive thatch buildup. On the other hand, over-aeration may stress the plant and compromise surface stability, which can impact both plant health and athlete performance.


Factors Affecting Aeration Schedules

Optimising aeration schedules involves careful consideration of several factors, including:

  • Surface construction

  • Foot traffic and usage intensity

  • Past and current maintenance activities

  • Climate and weather conditions

  • Infiltration rates


By combining these factors with data collected from past maintenance and usage history, grounds teams can make more informed decisions on when and how to aerate. This data-driven approach ensures that the surface remains in top condition for both players and plant health.


Leveraging Data for Optimised Aeration Decisions

Data plays a key role in optimising aeration schedules, and this is where Raw Stadia’s technology comes in. The Raw Artificial Athlete (RAA) provides key surface metrics such as Hardness, Shock Absorption, and Surface Deformation. Hardness measures the overall firmness of the surface, while shock absorption and surface deformation indicate the firmness at different levels within the surface profile.


For example, a low surface deformation reading may suggest a firm upper profile and low shock absorption could point to a firmer lower profile. By visualising these data points clearly on Raw Stadia’s platform, grounds managers receive actionable insights on the best aeration methods and timing.


Optimising Aeration with Data

Conclusion: Data-Driven Aeration for Optimised Performance

With the ease of data collection and instant visual guidance from the RAA, optimising aeration schedules becomes a seamless part of surface management. Using a data-driven approach, ground teams can ensure that their schedules are perfectly timed to maintain surface performance and plant health while supporting athlete safety.


For more information on how Raw Stadia’s technology can help optimise your aeration schedule, contact us or request a demo today.




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