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Vegetable beds. Crop rows. Open fields.

Field Drip Irrigation Systems

Build a drip tape irrigation system around your crop rows. Compare drip tape, row fittings, filters and pressure control, then select the parts that match your field layout and water supply.

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Labeled field drip irrigation systems diagram showing the water distribution components
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Explore the labeled system. Confirm final sizes, layout and settings for your water supply and crop.
  • Deliver water along planted rows.
  • Manage separate planting blocks with individual zones.
  • Keep routine inspections and seasonal repairs accessible.

From the supply to the crop

Find each part of your system.

Explore compatible sizes and specifications in the current product categories.

Filter & regulate

Prepare water for the selected emitters.

Connect & distribute

Match the lines, branches and fittings.

Control each zone

Manage flow, timing and nutrient delivery.

Water the crop

Choose the outlets for your planting layout.

Drip tape laid along planted vegetable rows in an open field.
Illustrative row layout showing drip tape placed beside the crop root zone.

Made for your growing space

Drip irrigation for vegetables and row crops

Vegetable beds. Crop rows. Open fields.

Field drip irrigation supplies water through regularly spaced emitters in drip tape or dripline. The laterals run beside the crop, creating a wetted strip along the bed. This layout suits defined planting rows, including vegetable beds under plastic mulch.

Start with a sketch of the field: bed width, rows per bed, row length, slope and supply location. For seasonal plantings, compare tape that can be removed after harvest. For a layout used across multiple seasons, consider more durable dripline and accessible isolation points.

Plan the details

Good choices start with your layout.

Match water delivery, component connections and operating conditions before choosing quantities.

Close view of a drip tape row connection with a start valve and supply pipe.
Illustrative connection detail: a row start valve provides an accessible isolation point.

The parts between your supply and each row

Build the route in order: water supply, filtration and pressure control, distribution pipe, zone valve, header and drip laterals. Each row needs a compatible take-off connection and an end that can be opened for flushing. The diagram helps identify these component groups.

Use the categories below to compare individual irrigation parts. Choose quantities from your field plan and confirm dimensions on each product variant; products shown together are not automatically a complete or pre-matched kit.

  • Drip tape or dripline: check diameter, wall thickness, flow and emitter spacing.
  • Row fittings: match both the tape connection and the header connection.
  • Filters and regulators: size for the operating zone and chosen emitters.
  • Pipe and valves: allow for supply distance, isolation and line-end flushing.

Match drip tape, row length and zone flow

Soil wetting must reach the planted root zone. Test a short length in the actual soil before committing to emitter spacing or the number of tapes per bed. A wet mark on the surface does not show the whole wetting pattern: inspect below the surface and between adjacent emitters after a trial irrigation.

Add the rated flow of every lateral operating in the same zone. As a simple planning example, 20 laterals rated at 100 litres per hour each require 2,000 litres per hour, or about 33.3 litres per minute, before any separate service allowance. This arithmetic does not establish pipe size or available pressure. Compare the complete layout with manufacturer length limits and pressure-loss data.

  • Separate blocks with different crops, planting dates or soil conditions.
  • Check the longest row and the highest point in each zone.
  • Choose a regulator rated for the actual flow as well as the desired pressure.

Select filtration from the water you have

Water that looks clear can still carry particles or dissolved substances that affect a drip system. Start with a water-quality assessment. A screen or disc filter may suit some supplies; water containing sand or substantial organic material can need additional treatment. Use the selected emitter manufacturer’s filtration requirement instead of assuming one mesh rating works for every product.

If fertigation is part of the design, select the injector as part of the hydraulic system. Check its flow and pressure requirements, fertilizer compatibility and the necessary source-water backflow protection. A fertilizer injector in the illustration does not mean one is required for every installation.

Set watering from root-zone moisture

A fixed timer setting cannot account for every crop stage or weather change. Use root-zone moisture observations or suitable sensors alongside crop water demand, recent rainfall and the measured system output. Check more than one location so a single wet or dry patch does not determine irrigation for the entire field.

Record each zone’s run time and response. If water remains too close to the emitter or moves below the active roots, review application duration, spacing and soil conditions. During germination, verify that the seed zone receives moisture; a layout that works for an established plant may leave shallow seeds dry.

Build your component list

Shop parts for field drip.

Explore individual components from our catalogue. Match dimensions, pressure ratings and quantities to your own system plan.

All irrigation products
Dripline & Drip TapeDrip FittingsFiltersValvesPressure RegulatorsPipe, Tubing & HoseFertilizer Injectors

Set up. Check. Keep growing.

Put the layout into service, one zone at a time

Keep a record of your first working setup.

Flush the distribution lines before closing the ends and putting emitters into service. With a complete zone operating, compare pressure at its start and far end, inspect take-offs for leaks and collect discharge from representative emitters. Save these baseline observations for later troubleshooting.

During the season, watch for damaged tape, disconnected fittings, rising filter pressure loss and dry sections. Open the line ends for flushing according to the equipment instructions and water conditions. At the end of the crop, isolate and drain the system as appropriate, identify reusable parts and record the fittings needed for the next planting.

  • Flush: open the designated line ends according to the equipment instructions.
  • Measure: compare pressure and outlet delivery at near and far rows.
  • Inspect: check connections, soil wetting and filter condition during the season.

Match the way you grow

Four settings. A system for each.

Explore the complete diagram
Labeled field drip irrigation systems diagram showing the water distribution components

Vegetable beds. Crop rows. Open fields.

Field Drip Irrigation Systems

Deliver water along planted rows.

You are exploring this system
Labeled orchard drip irrigation systems diagram showing the water distribution components

Fruit trees. Orchard rows. Lasting layouts.

Orchard Drip Irrigation Systems

Place watering points around the active root area.

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Labeled greenhouse micro sprinkler systems diagram showing the water distribution components

Nursery benches. Protected crops. Even coverage.

Greenhouse Micro Sprinkler Systems

Water a planted bed or bench area from a planned spray layout.

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Labeled drip irrigation for potted plants diagram showing the water distribution components

Pots. Planters. Grow bags. Individual care.

Drip Irrigation for Potted Plants

Direct water into individual pots or grow bags.

Explore this system

A little more clarity

Questions before you choose?

Start with these practical answers, then check the specifications of the parts you plan to use.

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What parts do I need for a drip tape irrigation system?

Plan for filtration, pressure control where required, distribution pipe, zone valves, drip tape, compatible row connectors and flushing ends. The water source and field layout determine sizes and quantities. Use the product categories on this page to compare those parts individually.

Should I choose drip tape or dripline for vegetables?

Compare expected service life, row length, emitter spacing and pressure requirements. Seasonal beds may suit replaceable drip tape; a longer-term layout may justify more durable dripline. Confirm the exact model specifications and soil wetting pattern before ordering.

How long can a drip-tape row be?

There is no universal maximum. Diameter, emitter spacing and flow, slope, inlet pressure and acceptable variation all matter. Use the length table for the exact tape model and verify the pressure and delivery at the far end.

Can I connect drip tape directly to a pump?

Only if the complete design provides the required filtration, pressure control and compatible connections. Pump discharge pressure alone does not tell you the pressure available at the tape while the zone is operating.

Does the product list form a complete field kit?

No. The linked products are components to compare. Quantities and compatibility depend on your field plan, water supply and the specifications of the selected variants.

Bring your growing plan. Find the right parts.

Share your layout, water flow and pressure, connection sizes, and the crop you grow. Our team can help you compare product options.

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Technical references

Planning information from extension and manufacturer resources. Use selected equipment specifications for final operating values.

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