You have no items in your shopping cart.
Featuring a 6-speed gearbox and turbine flanged directly onto the gearbox with built-in by-pass, the Marani GT040C delivers precision-controlled hard hose irrigator performance that serious farmers expect. Engineered by Italy-based Marani Irrigazione, this turbine drive machine pairs hydraulic lifting, telescopic feet, and a galvanised raingun trolley for reliable large-area coverage.
Compare prices from verified Marani dealers. Request quotes directly from sellers on IrriFinder.
The Marani GT040C is a turbine drive hard hose irrigator engineered and manufactured in Italy by Marani Irrigazione, a name long associated with precision-built agricultural irrigation machinery. Designed for large-scale field irrigation, the GT040C operates by drawing water through a polyethylene hose that is wound onto a galvanised reel, with the turbine harnessing water pressure to drive the machine's retraction mechanism. The result is a self-propelled, highly efficient irrigation system capable of delivering consistent water distribution across extensive field areas with minimal operator intervention.
What sets the GT040C apart within the Marani range is its robust combination of a six-speed gearbox, a turbine flanged directly onto the gearbox with a built-in by-pass, and a hydraulic lifting and stabilising system that simplifies deployment across varied terrain. Supporting both 90 mm and 110 mm hose diameters — with lengths reaching up to 480 m (1,575 ft) — and compatible with the REFLEX raingun series, this model is built to cover large irrigation passes with operational reliability. The hot-galvanised chassis, reel, and steel safety guards speak to a machine designed for longevity in demanding field conditions, making the GT040C a considered investment for farmers who prioritise durability and cost-effective operation over time.
Diagram shows dimension reference points (A, B, C, etc.) on the machine.
Convert a given value and unit to different unit type. Conversions are available for flow rate, area, distance, time, volume, pressure, power, precipitation, salinity, and speed.
Click here to see unit descriptions.
Reference: Washington State University