Introducing the latest innovative solution for sports turf maintenance from Campey Turf Care. Designed with sustainability at the forefront, the new lightweight Imants RECYCLINGDRESSER®(RCD) 1.3 is ideal for use with smaller tractors and engineered to reduce labour and material costs by recycling and redistributing substrate material across the playing surface. This would consist of either the existing soil or sand in the case of sand-based golf courses or where the natural composition of the soil substrate is sand based. 

This new model, weighing only (approx.) 470 kg (1036lbs), incorporates a specially designed rear flap for improved soil management and enhanced operational efficiency, ensuring minimal disturbance to the surface. It is also suitable for all areas where the native sand/soil is good.  

The flap drags in material more efficiently and breaks it up faster, speeding up drying as it goes along. This sustainable maintenance practice aerates the underlying soil both vertically and horizontally, removing soil/sand from the root zone and redistributing it. This process eliminates layering and compaction, increasing biological activity, and extending the efficacy of existing fertilisers in the soil structure. 

Another new feature are the new smart folding legs which double as protective side bars, ensuring transport and storage are simple and secure. 

Working width is1300 mm (51ins) with a working depth of 175 mm (6.9ins) respectively. 

Other specifications include the distance between digging blades of 260 mm (10.2ins),  

The new RCD 1.3 only requires a tractor with 30hp and 540 PTO and has an operating speed of 3km/h (1.9 mph). 

Finally, the machine width (parked): 1575 mm (62″). 

The inclusion of the rear flap on this latest model of Imants RECYCLINGDRESSER® ensures better handling of displaced soil material, reducing waste and maintaining the integrity of the turf. Perfect for environmentally conscious operations. This machine is the ideal choice for sports field managers seeking to balance high performance with ecological responsibility.