Tower Hydroponic System Part 1 Assembly

Tower Hydroponic System Part 1 Assembly Introduction Creativity is a strange thing. It doesn’t come on demand, or by schedule, or even out of necessity. It’s like a dream — you slip into it without even noticing. One eye stays in reality, while the other explores a different dimension where a project begins to assemble itself. Sometimes you snap out of it quickly; other times you wake up holding a printed prototype in your hands.   That’s exactly how this tower came to be. I was working on a controller — a completely different project — when I suddenly remembered how I once grew strawberries on my balcony using hydroponics. Everything spiraled from there. By morning, the first section was printed. Then another. And another. I couldn’t stop, nor explain why. It just felt necessary. On Hydroponic Systems There are many hydroponic systems out there. A vertical tower is just one of many options. It has its own principles, advantages, and trade-offs. This article focuses mainly on assembly and testing. Nutrient solutions, lighting, automation, and plant selection will be covered separately.   By the way: I don’t use standard net pots. Instead, I print custom ones tailored precisely to my design. For them, plugs made of basalt fiber under the trade name Agra-Wool Speedgrow BASIC Plug 38x40 mm fit perfectly. Custom solutions are often more practical and precise for specific tasks. Growing Principles Hydroponics isn’t just “without soil.” It’s a complete life-support system. The root system depends entirely on what the grower provides — water, nutrients, light, oxygen — all must be perfectly balanced. There’s no room for chance. Just like in space, any deviation from the instructions can lead to failure. But the results, when done right, are impressive. Tower Structure The tower is built from modular sections. Each section includes planting baskets and a water reservoir. Openings are staggered vertically to avoid overlap, and the bottom of each section includes a cavity to