Whether designing small-scale commercial landscapes or vast agricultural holdings spanning thousands of hectares, this software transforms engineering workflows by eliminating manual mathematical chores and slashing compilation errors. Core System Capabilities and Applications
: Designers can import digital elevation models (DEM) and survey data to account for slope and terrain variations, which are critical for maintaining uniform water distribution in irregular fields. Benefits for Irrigation Professionals
is used globally by agricultural consultants, landscape architects, and water management professionals. Its versatility makes it suitable for: irricad pro
Which of those should I prepare?
Developed by New Zealand-based Lincoln Agritech, IRRICAD Pro is a specialized, CAD-based software package engineered for the precise design, analysis, and optimization of pressurized irrigation systems. Since its launch in , it has grown into a global standard, serving clients in over 90 countries across North and South America, Europe, Africa, Asia, and Australasia. Whether for drip tape, micro-sprinklers, or large-scale center pivots, the software provides a complete, end-to-end platform for designers. Its versatility makes it suitable for: Which of
: A separate Database Editor allows users to customize pipes, fittings, valves, and sprinklers. This database is essential for IRRICAD to function as more than just a CAD program, enabling it to generate accurate Material Lists and hydraulic reports .
Fluid dynamics change drastically across uneven terrains. IRRICAD Pro handles this by importing digital elevation models, GPS coordinate files, CSV logs, or 3D contour lines. The software interpolates elevation data between surveyed spot heights to accurately map slope variations. It adjusts pipe length metrics for slopes and factors gravity-induced head gains or losses into the live hydraulic analysis. About Us - IRRICAD IRRICAD – Irrigation Design Software
tool to visualize the pressure "climbing" the hill, ensuring the pumps have enough "head" to reach the top. Step 3: Managing the Flow To save energy, the orchard cannot be watered all at once. IRRICAD – Irrigation Design Software