VIVOSUN Wall-Mounted Hydroponic Grow Kit, 1 Layers 36 Plant Sites 4 Food-Grade PVC-U Pipes Hydroponics Planting System with Water Pump, Pump Timer, Nest Basket and Sponge for Leafy Vegetables

Easy to use and put together. Works great in small spaces. Looks professional while still being simple. I yield around 6lb of lettuce per grow in about 6 weeks. Water use depends on plant size and how many plants you have.

The Pro's It's easy to assemble, however modifications are needed to make it a true NFT style hydroponics system . With a few changes ( this is Design#3 after hours of experimentation), you can get this going really well. Cons: Whats the problem with the base assembly ? The pipes in each of the 3 sections are at the same level . This prevents a steady flow of water ( necessary in an NFT hydroponics system) . Also if you are using a pump timer, water stays stagnant in each of the pipes when the pump is off , which could lead to root rot. After all, in NFT, the roots need to aerate well and just dip into the nutrient flow rather than be immersed in the nutrient 24x7 The Solution 1. First raise the base by around 18" . This lets you place a standard 5 gallon bucket comfortably below the base. These are metric PVC pipes, however I found a 1/2" PVC fits in nicely . 2. Use PVC cement to strengthen the base structure. This is an important step, else you'll be frustrated with the cross pipes coming off and collapsing your hard work constantly 3. I used 1/2" PVC to raise the pipes at the topmost level by around 10" ..you'll see why 4. Put some top bars as shown in the image on top of the raised base.. These are to provide a foundation to slope the pipes. I used nails to peg them in securely 5. Now the main part .. To give the pipes a gradual slope ( 1:40 recommended for NFT..this translates to a 1" drop for each pipe), I tried various designs.. first a cardboard prototype, then I tried drilling holes in the base and using hangar wires ..it was a mess... finally I decided to use the power of gravity as the most stable design.. once you figure it out, the rest is easy .. just use some strong string to provide a constant 1" slope for every pipe in each level, and suspend each pipe from the top.. hence the top bar extension . I used an old flex garden hose that had broken down. Through calculations on the ideal NFT slope, I figured out the best positions on the front side was at 7", 4",3" and then 0"; and on the rear end, it was 6",5",2" and 1". This gives a zig-zag pattern that slopes all the way, with the slope being around 1:30 Have patience, and check the water flow after you finish each level. You may need to trim the connectors between levels . A PVC pipe cutter is needed . That's all. You will need to fine tune the level of each pipe at each end to ensure the water is flowing smoothly .. if you hear the sweet sound of gurgling water coming off the bottom pipe ( that drains into the bucket) and see a steady flow , you know you've got it right . Now I'm off to plant some lettuce!! ** Update after 3 weeks of use ** I planted lettuce as well as some broccoli and arugula . After 2 weeks, the plants seem to be growing steadily . See tips for more pointers; Tips 1. Ensure that your base is level to the ground, or your water flow will get impacted . 2. Place in an area that gets plenty of sunlight as well as part shade, depending on what you plan to grow 3. Important : plant your seedlings separately and wait for the roots to grow at least 1" to 2" long before transplanting to the NFT system. Also, the pots that come with the system are open at the base, so you will need something to hold the little seedlings in securely . I used Grodan Rockwool, as the 1" size of the rockwool fits in very well inside the pots, and can securely hold the plants with the roots dangling down into the water 4. Rather than liquid plant food, I used "MaxiGrow" as the nutrient solution . Its water soluble and for 5 gallons, you need around 10 tsp.. there's plenty to go in the 2 lb bag that I bought .. I change the water every 2 weeks 5. The pump that comes with the system is not dry-burning safe.. last week, one of the connecting pipes between levels got knocked loose probably while mowing , and the next day, I found all the water had drained away and the pump was busted . This manufacturer does not currently offer a pump in the same GPH and size category , and luckily I was able to find some other manufacturers that offered a similar pump ( the tubing that comes with this kit is 5/16" , and you need a pump that supports 5/16" tubing as well as is 12V DC , so that the pump timer can fit . The third is GPH rating - you need something that is around 80 GPH or less ) . My plants did not have flowing water for almost 24 hours before the replacement got here. Highly recommend you keep an extra pump on hand , or get something that is rated dry-burning safe ( wont bust if the water runs out for any reason) 6. I fitted a ball valve adapter in the tube ( look for 5/16" size) so I could control the pump flow That's all for now.. I'll post some more pictures soon.

Very easy to assemble and the material quality is very good.

This frame is very sturdy and if you make sure that all of the joints are inserted fully, it will not leak. It requires no extra sealing and can be disassembled if you need to move it a great distance. It is working very well. I only wish it included wheels so I could spin it to follow the natural light. But with my grow lights, it’s just fine. The only piece of the kit that I’m not using are the white plastic sponge seed pods. They didn’t work well at all. But the cone shaped cotton pods I found are awesome and I love this product!

Where to start. Luckily I didn't experience any leaks but used PVC cement on all joints that would have water flowing. To the heart of the problems though: 1) The stand is not staggered meaning each "layer" of tubing sits level. The issue is that unless the individual pipes are EXACTLY level you will likely experience overflow somewhere within the 3 layers. You can see this in the included picture where one pipe constantly exhibits this. 2) The height of the stand does not allow for standard 5gal buckets to be used for the exit water supply unless you raise the entire assembly through some other means (ie: more modification). A smaller vessel might work but the reality is that the 108 version requires at least a few gallons or the reservoir will empty during use and dry-run the pump The only thing this product has been good for is real-world viewing of the basic assembly. Unfortunately since I used glue I am likely unable to return. Hopefully I can chop up this product and make something useful out of it. Save your cash, do research how to build a DIY unit, and go to the hardware store. I thought I was going to save money with this prefabricated product but it has been one of the worst purchases I've made in years. Your mileage may vary but be warned.

This was pretty easy to assemble and we haven't had any leaks at all. However, after several months and multiple attempts, we still can't get anything to successfully grow. I have other hydroponics that do great for us, so I would say I'm an intermediate level hydroponic gardener. It's difficult to light because the top rows shade the lower levels. The water doesn't flow evenly. The bottom level floods the seed trays while the top layer doesn't always have enough water in it. The tubes are pretty shallow and we haven't seen good root growth. The few seeds we've sprouted are scraggly, even after adjusting fertilizer and moving the light closer. After a week or two, they shrivel up and die. We've also had an issue with mold growth in the seed sponges because the water never fully drains back down to the reservoir, but it also isn't being agitated when the pump isn't running and there's no way to set it to run constantly with the provided pump. Pretty disappointed given the cost. I would have been better off getting another few smaller ones I already own.

Bought 2 of these to install in a 4x4 grow tent with a 500w bar style led grow light. I hung them in the tent and ziptied them at the bottom to form a V and expose each rail to the light. Before assembly I added black shrinkwrap to exclude light and prevent algae growth. I also added the red plugs to block unused sites. Making the system perfectly level is key to uniform growth. Otherwise water levels would not be uniform from end to end resulting in dried out plugs. I started seeds in peat pellets not the silly sponges included. Plugged these into the rails 2 weeks before these pictures. I have Japanese Chijimisai and Spinach sprouting too. Very happy overall. The price was actually pretty cheap for what you get. Not exactly plug and play but perfect for a tinkerer like me. Highly recommend. 7 months later, this system provides 5 heads of lettuce a week with room to spare. I am now experimenting with strawberry plants as well. If I built this myself, I would use 6 inch tubes, not 4. They roots tend to fill the tube and while it hasn't interfered with water recirculation, it's hard to dislodge and extract the root mass cleanly, you can do it, it's just fiddly. I haven't bought lettuce since I fired this up in January.

Received today and already set up. It was pretty easy to put together. Due to how water flows, it used as instructed, the first tube will start overflowing (and drowning seedlings) before the last tube even has sufficient water. Water flows downhill so I solved this by propping each end of the tubes with decreasing heights of cardboard. The water inlet end is higher than the outlet end so the water can flow smoothly through the system. If this had been included in the design, I would have given it 5 stars.