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how to grow hydroponic weed in a bucket

How to grow hydroponic weed in a bucket

Some of the biggest indoor plants I’ve seen were grown using a 5 gallon bucket. You will enjoy the benefits of quicker growing plants, while using less nutrients to feed them.

5. Tubing, get the tubing when you get your pump, it is very cheap. [1.50-2.50 dollars]

3. Hydroton – You will need no more than a 10 liter bag. (If using the 6" net lid, you will have a lot leftover for other buckets) [Around 10 dollars]

After you have it all set up, it is time to add your nutrients. Nutrient strength will vary depending on how old your plant is, so check your nutrient labels, or you can check our nutrient feeding schedule page at .

This guide is to show how to make a simple 5 gallon bucket deep water culture system. You will need a few things, but overall it is very simple and most items can be bought at local stores.

1. 1- 5 gallon bucket – Preferably black to keep light out. If not, it’s ok, you can use tape to cover the bucket if it is white or a lighter color.[3-4 dollars]

The items you will need include:

Once your plant is bigger and the roots are longer, you can lower your water level accordingly.

2. A net/mesh lid – Ask your local hydroponics store if they have a 6" or 10" mesh lid for 5 gallon buckets. [4-5 dollars]

How to grow hydroponic weed in a bucket

Next, you’ll need to balance the pH level. Between 5.5 and 6 is ideal for cannabis to absorb the nutrients. If levels are off significantly, the plants will fail to uptake the nutrients and will suffer deficiencies.

Growing hydroponically does require that you invest a good amount of time and money into developing your system prior to actually starting your garden. Additionally, you’ll want to make sure your system works effectively and your nutrients are high quality so that your plants will flourish. Once you gain a knack for hydroponics, you’ll be on your way to producing world-class cannabis that is well worth the effort.

You should continue to monitor your solution by taking readings two times a day to make sure everything is at the correct levels. Regardless, it is good practice to switch out your solutions every week or two to keep the solution as optimal as possible.

I n the previous post, we gave an overview of hydroponic gardening including its origins, the various systems and techniques, and medium options for a hydroponic grow. In this next article, we will focus how to use hydroponic systems specifically for growing cannabis.

Explore Nutrients for Your Hydroponic Cannabis

Raising a plant with hydroponics is different in many ways from growing in a soil garden. One thing to consider is the support the plant is receiving. Unlike a plant growing in soil, plants in hydro mediums might be vulnerable to tipping or breaking. Trellising your garden will help to prevent this from happening and will also allow you to train your plants to grow in specific directions.

First we will start with the supplies needed. Keep in mind this is just an example, and depending on your space and desired results, many things can be tweaked in a hydroponic system to make it most beneficial to you. This list specifically outlines equipment needed to install your hydroponic system and does not include lights, fans, filters, and other basic needs for any grow room.

The lower the ppm, the less nutrient-dense a solution is. As a general rule, aim for the following densities based on your plant’s age:

Nutrients for Hydroponic Cannabis

Once you have gathered your materials you can begin to construct your hydroponic setup.

The common nickname for cannabis—“weed” —comes from its ability to grow almost anywhere, under varying conditions and different climates. “Hydroponic cannabis” simply refers to plants grown using a nutrient-water solution and an inert growing medium rather than nutrient-rich soil. This method could be something as basic as hand-watering pots of inert medium with a nutrient solution. As discussed in the first part of this series, sophisticated systems with multiple pumps, timers, and reservoirs can take some of the daily labor out of growing, but they require more maintenance and setup time as well as a greater initial investment.