AirPAT™ is the most advanced natural grass rootzone management system in the world. Employing proprietary vacuum and ventilation technology to generate ideal growing conditions, AirPAT™ delivers superior results in any climate, in any location.
AirPAT™ is designed for total customisation, allowing you to choose features most beneficial to your venue.
These features can include:
HG Turf Group is committed to ongoing innovation and providing the very latest and best technology. The AirPAT™ System, developed by our long-term partner, The Motz Group, is testament to this commitment.
AirPAT™ has been borne out of evolution, research and development, with an overarching ethos of continuous improvement and being the best in the field. When HG Turf Group Partner, The Motz Group decided to re-engineer the Prescription Athletic Turf (PAT) system to include subsurface rootzone aeration, it was a commitment to improve on what was already available in the market, and to push the boundaries.
A team of civil, mechanical, drainage and software engineers were assembled with the goals set:
An AirPAT™ system can be designed and constructed under several scenarios:
AirPAT™ provides grounds managers with a variety of advanced tools to support agronomic and turf management decisions. As the world’s leading natural grass rootzone management system AirPAT™ offers the following functions:
The AirPAT™ System continually collects a wide array of agronomic and climatic data. Sensors placed in the rootzone log temperature, volumetric water content, oxygen levels and dielectric constant.
The AirPAT™ weather station records temperature, relative humidity, rainfall, wind speed, solar radiation and evapo-transpiration. The systems brain and data
logger can store months of continuous monitoring data in order to create valuable benchmarks and trends. The software can produce reports customised by the grounds manager and display results in a wide array of graphical formats, which allow decisions to be made based on precision turf management information.