Sowing alfalfa in October under the FLOPPY SPRINKLER system — Tadla region
Sowing alfalfa in October in the Tadla region of Morocco.
Discuss my project 
01 / WATER ENGINEERING. FIELD EXPERTISE.
Morocco’s exclusive Floppy Sprinkler distributor. Your overhead irrigation project, from hydraulic design to commissioning.
02 / THE SYSTEM IN ACTION
Play any video. Adjust sound and full-screen mode in the player.
Sowing alfalfa in October in the Tadla region of Morocco.
Video overview of the equipment and installation.
The flexible tube’s movement and water distribution.
View of the cable-supported layout above the plot.
Video presentation of the project and its irrigation plan.
Installing and adjusting system components on site.
Presentation of the plan and irrigation zone layout.
Open-field irrigation demonstration with the Floppy Sprinkler overhead system.
The overhead system operating over a cultivated plot.
An overview of equipment and IRRIGARE fieldwork.
Presentation of pumping station equipment.
An on-screen presentation of a Floppy Sprinkler project plan.
03 / UNDERSTANDING FLOPPY SPRINKLER
Tap the sprinkler’s hotspots to understand what happens above your crops.
01 / WATER IN MOTION
Water pressure makes the silicone tube oscillate, breaking the jet into droplets around the sprinkler. Watch real footage supplied by IRRIGARE.

Animation taken from a video of the system in action.
02 / INTEGRATED REGULATION
The regulator aims to stabilise flow within the model’s operating range. Move the slider to explore the principle.
Illustrative diagram, not a contractual specification. Check pressure limits and flow on the selected model’s datasheet.
03 / OVERHEAD
Sprinklers are supported on cables above the crops. Clearance, supports and access routes are designed around your machinery.
04 / UNDERSTANDING THE FIELD LAYOUT
Drag the slider to compare the principles of ground-level equipment and an overhead structure.
Illustrative diagrams, not before-and-after site photos. They do not compare yield, soil moisture or the performance of another system.
A PROJECT IN MOROCCO?
Select your region and contact us to prepare your hydraulic study. Explore the published videos to see the system in the field.
No regional project references published yet.
Discuss my land in this regionMap source: Natural Earth · Approximate regional markers · Service availability to be confirmed for each project. Photos illustrate the system and are not local project references.
05 / YOUR TURNKEY PROJECT
Four steps, one partner. Explore each phase of your project.

01 / 04
Area, crops, topography, available flow and water quality: we gather the data needed to size your network.
Prepare this stage with IRRIGARE
02 / 04
Selection of the model, supports, pipes and irrigation zones. The layout is adapted to your plot’s constraints.
Prepare this stage with IRRIGARE
03 / 04
Site layout, support and cable installation, equipment assembly and hydraulic connections.
Prepare this stage with IRRIGARE
04 / 04
Flow and pressure checks, zone adjustments and operating guidance, within the agreed scope of the quotation.
Prepare this stage with IRRIGARE06 / AREA & PRELIMINARY ESTIMATE
Choose your area and crop. Prepare your configuration and send it to our team for a quotation.
For more than 200 ha, enter your area directly.
Example values: replace them with your own data. Crop selection describes your request and does not determine savings.
Total head = elevation + friction losses + required pressure. No reduction in total head is assumed for the system.
YOUR INDICATIVE SCENARIO
Suggested configuration
Preliminary configuration, subject to crop, terrain and water supply assessment. A quotation is provided after the study.
Results assume constant water volume and efficiency. They may be negative: this scenario is neither a savings promise nor a hydraulic validation.
E (kWh) = 0.002725 × V (m³) × total head (m) / η.
Saving = current − projected use. Time = area × difference in hours/ha/year. Volume = area × m³/ha/year.
07 / YOUR QUESTIONS
Design, supply, installation and commissioning of the Floppy Sprinkler system, within the scope defined in your quotation. Work, additional equipment, deadlines and terms are specified before commitment.
Location, area, a plan if available, crops, water source, and known flow rates and pressures. Please also specify your schedule and any equipment already on site.
A feasibility study assesses the existing network and water supply, then identifies the adaptations needed for a Floppy Sprinkler installation.
The configuration depends on crops, soil, terrain, wind and farming operations. IRRIGARE assesses these factors to propose a suitable layout; performance depends on design and operating conditions.
Explore the system here and send your initial project details via WhatsApp or email. Mention the show’s name so we can follow up on our conversation.
DOWNLOADABLE DOCUMENTATION
The full system presentation is available in French and Arabic. Read it online or save it as a PDF.
08 / LET’S DISCUSS YOUR PROJECT
A few details are enough to get started. Our team will work with you to gather the technical data needed for your study.
+212 6 61 24 94 70irrigare.marrakech@gmail.com217, lot Tidili Rahal · Boulevard d’Essaouira
Marrakech, Morocco
Prepare your irrigation design with plot plans, measured flow, pressure, pumping and zoning data. IRRIGARE supports projects from Marrakech.
Read the guideAlfalfa and overhead irrigation: sowing, machinery access and data for system design. View the field video from Morocco’s Tadla region.
Read the guide