Aerator
Decompaction Aerator for Synthetic Turf Surfaces

Breaks up compacted synthetic turf infill using carbide-toothed rollers, restoring playability, moisture infiltration, and field performance without damaging turf fibres.
Features
Carbide-Tipped Spikes For Synthetic Turf
Adjustable Depth Settings For Variable Compaction
Even, Consistent Aeration Coverage Pattern
Heavy-Duty Frame For Demanding Field Use
Low-Maintenance Bearings And Hardware
Compatible With Tractors And Utility Vehicles
Gallery
Specs
| Type | Working width | Working depth | Working Speed | Dimensions (LxWxH) | Weight | Power requirement |
|---|---|---|---|---|---|---|
| AR100 | 100 cm / 39" | 0 - 3,5 cm / 0 - 1.5" | 7-12 km/h | 175 x 150 x 50 cm / 69 x 59 x 20" | 200 kg / 445 lbs (excluding watertank) | 10 - 15 hp |
| AR150 | 150 cm / 59" | 0 - 3,5 cm / 0 - 1.5" | 7-12 km/h | 110 x 170 x 90 cm / 43 x 67 x 35" | 450 kg / 995 lbs (excluding metal plates) | 20 - 40 hp |
| AR200 | 200 cm / 79" | 0 - 3,5 cm / 0 - 1.5" | 7-12 km/h | 110 x 220 x 90 cm / 43 x 87 x 35" | 530 kg / 1170 lbs (excluding metal plates) | 30 - 50 hp |
HOW IT WORKS
The aerator uses a series of precision-mounted carbide spikes that penetrate the turf’s synthetic infill to break up compaction and restore air and water flow. As the unit moves across the field, the spikes pull through the infill, creating micro-channels that relieve pressure, encourage moisture infiltration, break up hard spots, and rejuvenate infill distribution. Because the design focuses on infill and not fiber cutting, the turf surface stays intact and playable immediately after use.
WHAT MAKES IT DIFFERENT
The Aerator is engineered specifically for synthetic turf, using carbide-tipped spikes that decompact infill without cutting or damaging fibers. Depth adjustability allows operators to tailor aeration to field conditions, from light rejuvenation to deeper compaction relief, while maintaining consistent surface playability. A service-friendly design with modular spike bars and accessible bearings reduces downtime, and compatibility with tractors or utility vehicles makes deployment flexible across facilities. The result is a turf-safe, maintenance-efficient aeration system purpose-built for modern synthetic fields.