Your 3 Tower Vertical Garden Kit
Our passion is vertical 🌱gardening and urban sustainability! We're helping establish better ways of growing food in urban areas.... 🌞🌻
Plants don’t need soil to grow, they need the nutrients contained in the soil! By simply adding plant food to the water we can grow plants in inert growing medium like coco peat. Plants are much healthier when grown hydroponically. You’ll notice much faster growth, larger plants, pest and disease resistance and incredible yields. Plants grown in soil waste alot of energy developing root systems in search of nutrient and water. With hydroponics, nutrient is delivered straight to the roots in all the right quantities at the right times allowing the plant to reach it’s full genetic potential.
- The root systems of hydroponic plants are much smaller, so you can plant them closer together for better yield.
- Build your towers anywhere. Balconies, courtyards, dry arid and poor soil regions etc. No need to bolt into walls. Full set-up instructions included
- Automated watering, your plants will never suffer from your neglect again! Simply change the nutrient water once p/week.
- No more bending over, weeding, tilling the soil or worrying about ground level pests and diseases.
Is it Healthy?
Yes! Growing hydroponically is perfectly natural & healthy. Hydroponic nutrients are made form mineral salts. Instead of the plant searching for these same 17 nutrients and elements within the soil, we simply provide them directly to the roots enabling the plant to achieve it’s full genetic potential. This means stronger plants, faster growth, larger yields and yes, more nutrient dense food!
What can I grow?
Grow anything from herbs, lettuce, strawberries & greens to full blown fruiting crops such as tomatoes, cucumbers, zucchini even tubers such as potatoes, carrots and beet root!
What is coco/perlite?
Your system comes with 80/20 Coco/Perlite mix which means you simply cannot over-water your plants! The medium retains optimal oxygen when fully saturated and will never become too wet. Water flowing in the system is