Are you tired of watering your garden by hand, or using other inefficient methods? Let me show you how to set up an easy drip irrigation system for raised garden beds – with step-by-step photos and video!

This DIY raised bed drip system doesn’t require any plumbing skills, and connects right to a nearby spigot or faucet. It’s simple, straightforward, and saves me tons of time, energy and water! It’s also easily automated with an optional hose timer, and can be disconnected to store over winter if needed too.

In this tutorial, you’ll see me set up a drip system to water our large grow bag garden, yet it’s perfectly suited for traditional wood garden beds, metal raised bed kits, in-ground garden plots, and more.

2026 UPDATE: Last year we replaced the grow bags with metal raised beds. I was able to easily adapt the existing drip system to fit, so I’ve included updated photos of those beds too.

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A number of large 100-150 gallon grow bags are arranged on top of landscape fabric. They are all connected to 1/2 inch drip tubing lines and each has various sized calendula plants growing in them.. — This tutorial will show you how we set up drip irrigation for large grow bags. This is our “calendula farm”, where we grow calendula and chamomile to make healing body salves and face oil for our shop.

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Five light green metal raised garden beds with bark mulch between them. The beds are full of young calendula plants that are just starting to flower, there is irrigation tubing visible coming up the outside corner of each bed — A few years later, we upgraded the same space to Birdies metal raised beds (code deannacat3 saves 5%). It was easy to adapt the existing drip system (and cover it in mulch after).

Metal raised beds are aligned along a fence, berry bushes are growing in the raised beds along with some flowers. Two rows of brown dripline are running lengthwise, spread equally in width along the raised beds. — We’ve used the same style system in a wide variety of style and size beds

RELATED: I also have a tutorial on how we installed a drip irrigation in our wood raised beds using drip tape, PVC pipe, and automated valves. We love that option too, but the system I’ll show you today is even easier to set up (and is what I usually recommend for beginner’s).

In this article you will find:

A list of supplies needed to make a simple raised bed drip irrigation system that connects to an outdoor faucet or tap.
A YouTube tutorial that shows the step-by-step process.
A written summary of the steps shown in the video, with photos for quick and easy reference.
I’ll also provide some tips about water pressure, winterizing, and how long to run raised bed drip irrigation systems.

A note on our grow bags: I used a mix of 100-gallon and 150-gallon grow bags in our old “calendula farm”. Unfortunately the exact bags are no longer available, but this is another well-rated option with similar dimensions and specs.

Supplies Needed

I get almost all of our drip irrigation supplies from Drip Depot. They’re fantastic! The affiliate links found in this article gives us a small commission at no cost to you. We greatly appreciate your support, which enables us to share tutorials like this with you!

A nearby hose tap (spigot or faucet). For the best results and pressure, choose a tap that’s within 50 feet or closer from the raised beds. See pressure notes to follow. It’s usually not all that difficult or expensive to have a new faucet installed closer to your beds if needed!
A 4-in-1 faucet adapter, which is specifically designed to connect drip irrigation to a hose tap. It comes with all the parts you need (that you can also buy separately): 1) a filter to prevent sediment from entering and clogging the drip system, 2) a backflow preventer to protect your drinking water supply from contamination, 3) a pressure regulator (drip systems need to operate at 20 to 30 PSI), and 4) a coupler/adapter that the ½” drip irrigation tubing connects to.
Standard ½ inch irrigation tubing, commonly available in 100 foot rolls. For larger projects, consider 250 foot rolls or a 500 foot roll if necessary. This tubing will create the bulk of your raised bed drip irrigation system. Get enough tubing to run from the tap, between the beds, up the sides of the beds, and also to create the “header” inside each bed”.

¼” dripline tubing with pre-installed drip emitters. You’ll need enough to run several lines down the length (longest side) of each raised bed – explained more in the “header assembly” section to follow. For example, one 4×8’ raised bed with 4 rows of dripline will require about 32 feet of dripline tubing.

Note that drip tubing comes in various flow rates and emitter spacing. For this project, I chose drip tubing that has ½ gallon per hour emitters every 6 inches, and space the rows of dripline every 8 or 9 inches across the bed. I find that 6-inch spacing provides nice even saturation and allows for flexible planting throughout the raised beds.

A close up of 1/4 inch brown dripline, showing the drip emitter that is embedded in the line. — 1/4″ dripline tubing, which had emitters already installed within the line at a set spacing

Supplies continued

¼” barbed couplers to connect the ¼” drip tubing to the ½” main line tubing headers.
A punch tool, used to add holes and attach the drip tubing to the ½” black supply line.
Figure 8 clamps to end the main ½” lines. You’ll need one for each header, and possibly more to end other lines in your system – depending on the layout.
Goof plugs, to end/cap each of the ¼” drip tubing lines. These can also be used to plug unwanted holes in the 1/2″ tubing.
Various ½” couplers (including tees and elbows), used to run ½” tubing line between and up the sides of your raised beds. This varies depending on your system layout. I suggest drawing out your system to determine how many couplers you’ll need. We prefer to use PermaLoc couplers over compression fittings. They’re durable and reusable, making it easy to make adjustments or repairs! On the other hand, compression fittings are more permanent and tubing must be cut to make changes.

Galvanized landscape staples to hold the drip line in place.
Scissors to cut the drip tubing. I also find pliers are helpful when working with the ¼” couplers.

A graphic showing each piece of a drip irrigation faucet adapter and the order in which it is put together. From the water source to backflow preventer, mesh filter, 25 psi regulator, adapter, to 1/2 inch drip tubing. — **A 4-in-1 faucet adapter** makes it a breeze to connect drip irrigation to a spigot.

Optional Supplies

A battery-operated faucet timer to easily automate your raised bed drip irrigation system. In this particular project, we used a 2-outlet hose timer (what we already had on hand) that can be used to connect two drip lines to a single tap. Or, you can use asingle outlet hose timer. They even make 3-outlet timers for systems with 3 zones. I’ve been using these timers for years and they still work perfectly! I haven’t even had to change batteries on some that have been running for two years.
Shut-off valves for each bed. Install one of these simple on/off valves in the header or riser of each raised bed for the utmost control! That way, you can turn off the water to certain beds if some are in use while others are not. Or, turn the valve halfway to restrict/reduce water flow to beds that have less water demand than others (e.g. for drought tolerant crops like peppers). We skipped this option in this particular project, but I did install individual valves on each raised bed in our main garden space.
A hose splitter or Y-valve. With this, you can connect the drip irrigation system to a faucet (on one side of the splitter) while also still maintaining a free outlet to use a garden hose, fill watering cans, etc.

Drip Irrigation System Layout and Pressure

Drip components are designed to operate under 20 to 30 PSI. It’s usually necessary to use a pressure regulator in drip irrigation systems because high pressure can “blow out” sensitive drip parts. (For reference, normal house water pressure can be as high as 80 PSI.)

In order to maintain good pressure throughout your drip system, it’s best to not surpass 100 to 200 feet of solid ½” irrigation tubing (the main line that runs from the tap and between beds). Otherwise, your the furthest beds may not have adequate pressure.

For larger systems (where more than 200+ feet of line is needed), it’s best to split the system into separate zones or shorter lines that will run at different times if possible. For instance, by using two different taps or a 2-outlet hose timer with two separate lines attached. This is also helpful if you have various beds/areas with different water needs.

PRO TIP: If pressure seems too low in your raised bed drip system (and your house/tap pressure isn’t crazy high), you could experiment with NOT using a pressure reducer at the tap. When in doubt, use a hose thread pressure gauge at the tap you’re connecting the system to to assess the pressure starting point. Then you can simply unscrew and remove the pressure reducer component from the 4-in-1 adapter if needed.

Nine large grow bags of 100-150 gallons in size are sitting atop black landscape fabric. Each grow bag has a main irrigation header with brown drip line along with 1/2 inch tubing running along each line of grow bags to supply the water. A blue line has been superimposed over the section of 1/2 inch drip tubing showing where the main lines are laid. — Our newest drip system layout, with about 90-100 feet of 1/2″ tubing.

Metal raised beds sit on top of black landscape fabric, each has a main irrigation header with brown drip line along with 1/2 inch tubing running along each of the raised beds to supply the water. A blue line has been superimposed over the section of 1/2 inch drip tubing showing where the main lines are laid. — We followed a similar layout with the new beds

How far should I space drip lines in raised garden beds?

It’s best to space drip irrigation lines in raised garden beds every 6 to 12 inches – and no wider than 12” apart.

In our metal 4×8’ raised garden beds, I installed rows of 1/4″ dripline about 8 inches apart evenly across the bed – or five lines total per bed. With emitters every 6” along the lines, this provides a nice even distribution of water that saturates the entire bed, allowing us to plant along the drip lines or in between. This is especially helpful for closely-spaced plantings like root veggies.

Keeping the entire garden bed damp (rather than watering only at the base of plants) also keeps the soil microbiome healthy and encourages roots to explore, growing larger and wider. That leads to bigger, healthier plants!

Looking down over a metal raised garden bed with a drip irrigation system, where there is larger 1/2" tubing running across the short top end of the bed, and 5 skinnier 1/4" drip lines running down the length of the bed, spaced about 6 inches apart — Rows of 1/4″ dripline spaced about 8 inches apart in a 4×8′ Birdied raised bed

A birds eye view of a raised garden bed outfitted with drip tape irrigation. There are four lines, evenly spaced, young tender seedlings are growing throughout the raised bed. — In our main raised bed garden, we used 4 rows of drip tape spaced every 9-10 inches (in 4×8′ raised beds).

Half inch black drip tubing is running along the outside of a metal raised bed, the tubing has a tee at the bottom with a section of tubing running upwards toward the top of the bed where it meets a header made out of half inch drip tubing. From there, two separate brown driplines are running off of the main header, spaced equally apart to irrigate the raised bed fully. — In our 2-foot wide beds, we only added two rows of drip line – also spaced about 8 to 9 inches apart.

Instructions

Step 1: Assemble Headers with Drip Lines

Each raised garden bed or planter needs a “header”. The headers are made with ½” solid tubing that sits inside one of the short ends of the bed, where the smaller dripline tubing connects to.

If you’re installing drip irrigation in multiple raised garden beds of the same size, I find it’s easiest to make just one header in or near the garden bed to figure out the size and spacing.

Take note of the measurements, and then use that header as a guide or prototype to pre-assemble the remaining headers in a clean work space. (Such as a concrete patio or large table.)

That way, there is less risk of getting soil inside the parts as you work – which can clog your emitters! Assembling the headers first also makes the rest of the system install very quick and easy.

Header Assembly

Measure and cut the solid 1/2″ solid tubing to fit inside one short end of your raised bed. If you’re using figure 8 end clamps to end the line, leave a couple extra inches to fold over.
Cap one end of the header line with a figure 8 clamp or other end cap.
The other end of the header will receive water from the main supply line and riser. The design of your header connection will vary depending on your system layout. We added an elbow (90°) PermaLoc adapter to one end of our header, which connects to a riser that runs up the outside of the bed. See photos below.
Measure and cut ¼” drip tubing lines. Make them long enough to run the length of the bed and connect into the header.
Measure and/or mark where you want each row of drip tubing to attach to the ½” header, spaced evenly across the bed (between 6 to 12 inches apart).
Use a punch tool to create holes in the main header tubing. Be sure the holes are all facing the same direction so the drip tubing will lay flat on the soil surface.
Attach drip tubing to the header. Insert a ¼” barbed coupler into one end of the ¼” drip tubing. Then push the other end of the barb into the header tubing.
Finally, cap/end each ¼” drip tubing line with a goof plug.

A four way image collage showing the process of attaching dripline to drip tubing. The first image shows a drip hole punch being used to punch a hole in the 1/2 inch tubing. The second image shows a pair of pliers being used to connect the 1/4 inch dripline to the 1/2 inch tubing via a barbed coupler. The third image shows a close up of 1/4 dripline attached to the barbed coupler, inserted into the 1/2 inch drip tubing. The fourth image shows the goof plug being inserted into the end of the 1/4 inch dripline to end the line. — Punch a hole in the header, then use 1/4″ barbed couplers to connect the dripline tubing. Plug the end with a goof plug.

Step 2: Connect Drip Line to Tap

Optional: To easily automate the raised bed drip irrigation system, add a simple faucet timer to the tap first. You can also add a hose splitter before the timer, leaving one side of the tap free for other things.
Next, screw on the 4-in-1 faucet to drip adapter.
Connect the ½” drip tubing to the coupler at the end of the adapter.

A two part image collage, the first image shows a hose end timer connected to a faucet with a 4-in-1 adapter attached to one of the outlets on the timer. The second image shows the 1/2 inch drip tubing being brought towards the 4-in-1 adapter to connect it to the system.

Step 3: Run Drip Line Between Beds

Run the ½” main line from the hose tap or faucet to the raised garden beds. Use tees, elbows or other couplers to create rows between beds as needed.
Each bed will need a point of connection and riser. Cut into the main line near the bed, insert a tee or elbow (depending on the layout of your lines), and add another piece of ½” tubing up the side of the raised bed. Another option is to hide the riser by running it under and inside the garden bed.
Optional: Add a shut-off valve for each bed, explained in the supplies section above. The valve can be installed along the riser, or as part of your header.
It’s okay to cover or bury the ½” mainline drip tubing in several inches of mulch, bark, soil, gravel, or other cover.
I like to leave the very ends of the lines open for now (not capped) so I can flush the lines before adding the drip components.

A faucet spigot with a hose end timer is connected to 1/2 inch drip tubing which is being run through a trench in mulch to connect an irrigation system beyond. — Running the main drip tubing from the tap to the raised bed area (just beyond the black fence)

DeannaCat is standing next to a number of large grow bags holding drip irrigation headers and supplies for raised bed drip irrigation. — Here we have all the main lines run between the beds, and now it’s time to add tees, risers, and headers to each bed.

DeannaCat is holding 1/2 inch drip tubing connected to a tee with a piece of drip tubing next to it that will connect to the tee. An elbow is point downwards from the top of the grow bag that will attach to the tee via a piece of 1/2 inch drip tubing to connect the system. — Creating the the point of connection for the riser and header – cut the line and add a tee (or a 90′ elbow for the last bed in each row).

An image graphic showing various raised bed drip irrigation assemblies using a variety of different parts for different purposes. — In this example, Drip Depot shows the main line away from the raised beds, using a 90° elbow to go up the side of each bed. See our slightly different layout in the photos below.

Step 4: Install and Connect Headers

Before adding the headers to your raised beds, flush the main lines to remove any potential debris that could clog emitters. Simply turn the water on and let it run freely out of the end of the lines for a minute or so.

After flushing the lines, connect the headers to the risers you’ve added to each raised bed. Tuck the header inside the short end of the bed and attach it to the riser. Secure it in place with landscape staples or pins. Next, position the drip tubing lines evenly down the length of the bed and pin them in place too.

The irrigation supply line and header of a raised garden bed are at the far end of a raised bed with smaller 1/4" drip line with emitters running in rows off of it along the length of the bed.

1/2 inch drip tubing is running along the side of a grow bag and up the bag to supply some raised bed drip irrigation. Mature calendula plants are growing, a variety of yellow, orange, and pink flowers are growing from the plants. — We kept the main line running right alongside the beds on the ground, then used tees to go up the side…

1/2 inch drip tubing is running along the side of a grow bag and up the bag , connecting to a header which contains 5 drip lines running the length of the grow bag. Some large calendula seedlings are growing in the bag. — For the last bed in each row, we use a 90° elbow coupler (instead of a tee) to go up the bed and end the line.

Tips on Using the Drip System

When you’re ready to use your new raised bed drip irrigation system, simply turn on the tap! If you’re using a hose timer, leave the main faucet ON at all times, set the timer, and it will let water into the lines per the schedule you specify.

Once the system is set up, it’s easy to calculate water use and flow rate! Count the number of emitters per bed, then multiply that by the emitter flow rate. For example, each grow bag shown in this example has 28 emitters, and each emitter is rated for ½ gallon per hour. That means each grow bag would receive 14 gallons of water per hour the system runs.

How long should I run my raised bed drip irrigation system?

It depends! Every garden has different water demands based on the unique climate, soil, season, temperatures and rainfall patterns. It also depends on your mulching practices, and how thirsty your plants are. Larger, mature plants generally “drink” more water than smaller ones. Soil protected with a nice 2 to 4″ layer of mulch will stay damp much longer than bare soil, greatly reducing water needs.

In general, it best to provide less frequent, deep, long watering as opposed to short shallow bouts of water every day. This will encourage deep healthy roots and stronger, more resilient plants.

Try to water enough to keep the soil evenly moist at all times, but allow it to dry out ever-so-slightly between watering. (Never fully dry, but not constantly soggy.) Remember that plants breathe through their roots!

In our climate, I typically run our raised bed drip irrigation system for about 45 minutes, twice per week. This will also vary depending on the type of emitters used (e.g. 1/4 gallon per hour emitters will need to run longer than 1/2 gph emitters).

PRO TIP: When direct-sowing seeds, I also like to provide additional overhead or hand-watering during the first few weeks. This helps keep the top of the soil nice and damp during germination and early root development.

A close up of brown drip line running along the soil next to a chamomile plant. Water is coming out of the predrilled emitters in the line.

Winterizing raised bed drip irrigation systems

As with all types of irrigation, it’s best to winterize your raised bed drip irrigation system before freezing conditions arrive. At minimum, thoroughly drain the system and protect it with a nice deep layer of mulch. Leaving standing water in pipes or valves can cause them to crack when the water freezes and expands.

Or, to further reduce the risk of damage, folks in extremely cold climates may want to remove the drip irrigation components completely. Store your supplies in a protected location over winter, such as in a garage or similar.

Five metal raised beds blooming with a large amount of calendula flowers while one of them contains chamomile. Colors range from orange, yellow, to pink flowers atop green stalks. — A few months later: the updated calendula farm in all her glory

Thanks for irrigating with me!

After reading this, I hope you feel empowered and prepared to go install an easy raised bed drip irrigation system of your own. Once you understand the basics of irrigation, the options are endless! You should be able to adjust and tweak things to create an ideal irrigation system for your garden or project.

Please consider pinning or sharing this post if it was useful. Also feel free to ask any questions in the comments below. Thank you so much for tuning in today, and enjoy!

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Metal raised beds filled with soil and their drip irrigation lines hooked up on top of the soil, lined up in equally spaced rows.

Easy Raised Bed Drip Irrigation System (to Faucet or Spigot)

A simple, effective DIY drip irrigation system for raised garden beds that doesn’t require any plumbing skills, and connects right to a nearby spigot or faucet. It’s easy to automate with an optional hose timer too. (Please see more detailed instructions, photos, and tips in the body of this article).

5 from 3 votes

Print Recipe Pin Recipe

Cook Time 3

Equipment

a nearby hose tap (spigot or faucet)
heavy duty scissors
drip irrigation hole punch tool
needle nose pliers

Ingredients

1 roll Standard ½ inch irrigation tubing (solid)- you'll need enough length to go from your hose tap to your beds, including between and up the side of each bed, plus to make a "header" along the short side of each bed
1 roll ¼” dripline tubing (with pre-installed emitters) -enough to run several lines down the length (longest side) of each raised bed. For example, one 4×8’ raised bed with 4 rows of dripline will require about 32 feet of dripline tubing.
1 4-in-1 faucet adapter which includes a pressure regulator (mandatory), filter, backflow preventer, and adapter to connect the drip tubing to
¼” barbed couplers to connect the ¼” drip tubing to the ½” main line tubing headers
Figure 8 clamps to end the main ½” lines. You’ll need one for each header, and possibly more to end other lines in your system – depending on the layout
Goof plugs, to end/cap each of the ¼” drip tubing lines. These can also be used to plug unwanted holes in the 1/2″ tubing.
Various ½” couplers (including tees and elbows), used to run ½” tubing line between and up the sides of your raised beds. This varies depending on your system layout. I suggest drawing out your system to determine how many couplers you’ll need.
Galvanized landscape staples to hold the drip line in place.

Optional Supplies

1 A battery-operated faucet timer to easily automate your raised bed drip irrigation system. In this particular project, we used a 2-outlet hose timer (what we already had on hand) that can be used to connect two drip lines to a single tap. Or, you can use asingle outlet hose timer.
Shut-off valves for each bed. Install one of these simple on/off valves in the header or riser of each raised bed for the utmost control!
A hose splitter or Y-valve. With this, you can connect the drip irrigation system to a faucet (on one side of the splitter) while also still maintaining a free outlet to use a garden hose, fill watering cans, etc.

Instructions

Assemble Headers and Drip Lines

Each raised garden bed or planter needs a “header” made of ½” solid tubing that sits inside one of the short ends of the bed, where the smaller dripline tubing connects to.
I like to assemble my headers in a clean easy workspace away from the garden, such as a patio or table (especially if making several). Make and measure one header fit to the beds as a guide and then repeat.
Measure and cut the solid 1/2″ solid tubing to fit inside one short end of your raised bed. Leave a few extra inches at the end to fold over and use a figure 8 end clamp to end the line.
Measure and cut ¼” drip tubing lines – long enough to run the length of the bed and connect into the header.
Measure and/or mark where each row of drip emitter tubing will attach to the ½” header, spaced evenly across the bed 6 to 12 inches apart. (The drip tubing looks short in the photo because it was made for a large round grow bag in this example, but will be much longer in a traditional raised bed.)
Use a punch tool to create holes in the main header tubing. Be sure the holes are all facing the same direction so the drip tubing will lay flat on the soil surface.
Attach drip tubing to the header. Insert a ¼” barbed coupler into one end of the ¼” drip tubing. Then push the other end of the barb into the header tubing.
Finally, cap/end each ¼” drip tubing line with a goof plug.

Connect Drip Line to Tap

Optional: To easily automate the raised bed drip irrigation system, add a simple faucet timer to the tap first. You can also add a hose splitter before the timer, leaving one side of the tap free for other things.
Next, screw on the 4-in-1 faucet to drip adapter.
Connect the ½” drip tubing to the coupler at the end of the adapter.

Run Drip Line Between Beds

Run the ½” main line from the hose tap or faucet to the raised garden beds. Use tees, elbows or other couplers to create rows between beds as needed.
Each bed will need a point of connection and riser. Cut into the main line near the bed, insert a tee or elbow (depending on the layout of your lines), and add another piece of ½” tubing up the side of the raised bed. Another option is to hide the riser by running it under and inside the garden bed.
Optional: Add a shut-off valve for each bed, explained in the supplies section above. The valve can be installed along the riser, or as part of your header.
It’s okay to cover or bury the ½” mainline drip tubing in several inches of mulch, bark, soil, gravel, or other cover.
Leave the very ends of the lines open for now (not capped) so you can flush the lines before adding the drip components.

Install and Connect Headers

Before adding the headers to your raised beds, flush the main lines to remove any potential debris that could clog emitters. Simply turn the water on and let it run freely out of the end of the lines for a minute or so.
Connect the headers to the risers you’ve added to each raised bed. Tuck the header inside the short end of the bed and attach it to the riser. Secure it in place with landscape staples or pins.
Next, position the drip tubing lines evenly down the length of the bed and pin them in place too.

Using the System

When you’re ready to use your new raised bed drip irrigation system, simply turn on the tap! If you’re using a hose timer, leave the main faucet ON at all times, set the timer, and it will let water into the lines per the schedule you specify.

Keyword drip irrigation, raised bed drip irrigation system

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42 Comments

pamela

March 28, 2026 at 6:46 pm Reply

I find your articles and instructions very clear and helpful. Thank you for all your help
- Aaron (Mr. DeannaCat)
  
  March 29, 2026 at 6:36 am Reply
  
  Thank you so much Pamela!
Laura

March 28, 2026 at 4:08 pm Reply

This was so helpful for us!
Jan

March 28, 2026 at 12:51 pm Reply

So helpful! I ordered everything you recommended and it saves me so much time trying to figure it out myself!
- Deanna Talerico
  
  March 28, 2026 at 4:35 pm Reply
  
  Hi Jan – I’m so glad you found it useful, and thank you for the feedback!
Elisheia

March 5, 2026 at 5:03 pm Reply

Thanks for the detailed post! I have a question. I’ve set up my beds and have 1/4 inch drip tubing that emits .5gph. I’m trying to group my plans so that they are together based on water needs. I’ve used a drip irrigation run time calculator to determine how long to run the lines, but I must be doing something wrong because I’m getting an answer that I need to run it for 53 hours to create one inch of water. Sooo…. since you do this regularly, how often and long do you run your system? The deeper root crops like tomatoes and peppers I’ll run longer and less often, but I want to make sure they get the proper amount. Thanks for your help!
- Aaron (Mr. DeannaCat)
  
  March 6, 2026 at 6:27 am Reply
  
  Hi Elisheia, what size are your beds and how many 1/4 inch drip lines do you have per bed? We wouldn’t worry about the “calculation” part of how much to water, when getting a feel for your irrigation and beds, turn on the irrigation for 45-60 minutes and check the soil afterwards. How wet is the soil a few inches deep afterwards? If it seems moist and well watered, check the soil moisture each day afterwards to see how long to wait in between waterings.
  
  We typically run most of our drip for at least an hour and turn it on twice a week, if you live in an area without summer rain (like us) or you have really hot summer weather, you may need to water for longer duration and or more often each week. As the plants get bigger and the temperatures rise, you may need to increase the amount and duration of your irrigation as well. Hope that helps and reach out if you have any questions.
Maggie B.

September 14, 2025 at 4:37 am Reply

I watched the video walkthrough this morning and this guide is exactly what I was looking for! Thank you for such a clear, simple guide. It’s super appreciated by gardening newbies like me! I had one question – would you say there’s a length limit on the 1/4 in dripline? I know you said to put the headers on the short end of the bed, but I have a bed that’s very long (4 ft x 16 ft). Is there a limit you’d recommend between running the dripline vs. putting in another header? Or would it work to run one header and then 16 ft of dripline?
- Aaron (Mr. DeannaCat)
  
  September 14, 2025 at 10:03 am Reply
  
  Hi Maggie, so glad you found the article so helpful! You can run the 1/4″ drip line up to lengths of 30 feet so your 16 foot beds should be more than fine with a shorter header in length on the narrow end of the bed with rows of 16 foot drip line running the length of them. If your bed is 4 feet wide, you will likely want 4 rows of drip line. Hope that helps and good luck!
Jan Graves

May 9, 2025 at 12:40 pm Reply

When do you use the end caps vs the figure 8s to end a line?
- Aaron (Mr. DeannaCat)
  
  May 10, 2025 at 7:06 am Reply
  
  Hi Jan, we always use the figure 8 to end our 1/2 inch drip tubing but you could use a 1/2″ end cap as well. We just find the figure 8’s to be easiest to work with and they do the job just fine. For the 1/4″ drip line tubing, you would end each line with a goof plug. Hope that helps and reach out with any other questions.
Laura Jones

April 3, 2025 at 4:49 pm Reply

This is amazing- just what I was looking for! Question though: it looks like, when mulching, you install the drip line on top of the mulch- is that correct? In my mind, I would want to put it next to the dirt/plants, then mulch on top so I’m not wasting water by watering through the mulch. But I guess that could cause more clogs in the drip line….
- Aaron (Mr. DeannaCat)
  
  April 4, 2025 at 9:16 am Reply
  
  Hi Laura, so great to hear you found the article so helpful! you can likely still cover your 1/4″ dripline with mulch, however, you will want to check the lines periodically to make sure they aren’t becoming clogged. A lot of the brands that make the dripline claim they are “clog resistant” but part of that claim has to do with any sediment or mineral buildup that accumulates from the water itself. Hope that helps and good luck!
Kim

March 17, 2025 at 8:12 am Reply

Thank you for so much awesome information. Just curious as to why you use the garden bags instead of raised beds in that area of your garden? I’m just getting started, so have some pots on the deck, but would like to do some raised beds since I’m in Florida and the soil is awful. Thanks!
- Aaron (Mr. DeannaCat)
  
  March 17, 2025 at 9:39 am Reply
  
  Hi Kim, we set this area up in a hurry when we first moved in as we grow calendula flowers to make infused oil that we then turn into salves and face oil that we sell in our shop so it was the easiest thing for us to do at the time. However, we are currently in the phase of redoing the area in which we will replace the grow bags with Birdies raised metal beds, using code “deannacat3” will also save you 5% on your order. We will have to adjust our irrigation slightly but thankfully that will be easy to do with this system. Hope that helps and reach out if you have any other questions.
John Summers

July 29, 2024 at 2:26 pm Reply

Great details. Have you found any issues with the quarter-size drip line getting clogged? At my place, I have some holes that have gotten plugged, and have to use a needle to get them cleared out. I have a lot of hard water in my town.
- Aaron (Mr. DeannaCat)
  
  July 30, 2024 at 7:37 am Reply
  
  Hi John, we haven’t noticed the dripline getting clogged but it can happen, especially so if you have hard water due to mineral build up. You can clean out your filter at the hose end timer or even replace it with a finer mesh filter (155 mesh) which could cut down on the amount of debris that makes it to your dripline. It is a recommended practice to clean your filters on a monthly basis and that could go a long way in keeping your emitters operating correctly. Although, you may also have to replace sections of dripline on occasion if they become too clogged over time. Hope that helps and reach out if you have any other questions.