Not available in USA.
24Pot System includes:
1x 105 gallon FlexiTank 105 gallon tank
1x ½”click-fit tank adaptor & filter
32ft of ½” pipe
2x ½” in-line tap
1x ½” tee connector
12x ½”-¼” cross connector
24x 1Pot trays & lids
24x 3.9 gallon pot
39ft of ¼” pipe
24x Root Control Disc
The 1Pot System is extremely versatile and can be used for a wide range of plant types and sizes. Seasonal flowering plants and perennial shrubs thrive and produce an abundance of blooms and foliage because of the unique action of the AQUAvalve, which is designed to allow the plant to go through a wet & dry cycle.
The 1Pot System is easily extended so many pots can be linked to a single reservoir. Please see examples of typical layouts using 1/4″ pipe or 1/2” pipe in the image gallery. The pots & trays can be easily moved at will, if the plants grow too large they can be spaced further apart with ease. Once set up and a reservoir is filled with water & liquid feed this extremely versatile system will completely take care of all your plants needs.
1Pot is the modular AutoPot Watering System that enables household gardeners and commercial growers alike to achieve incredible yields from their plants.
Whether in the home, the garden, the greenhouse or poly-tunnel the 1Pot will extend to create a system of unlimited scale thanks to its modular design. 1Pot Systems are flexible even when set up and modules can be moved to suit the changing needs of the grower and their plants.
As with all AutoPot Watering Systems 1Pot utilises AQUAvalve technology for the simple, efficient, low maintenance feeding and watering of edible or ornamental plants.
Once assembled, the reservoir is filled with water and liquid fertiliser (if required), the 1Pot System will completely take care of all your plant’s feeding requirements, providing them with fresh, balanced feed throughout their entire life cycle.
Simplicity of design and electricity-free, automated feeding make impressive plants possible even for beginners. For experienced growers that same simplicity means minimal overheads, reliability and maximum scope for applying and measuring the successes of advanced growing techniques.