Re-Plant Pot, pot

Re-Plant is a growing container with a patented system of two sliding partitions that divide it horizontally into three separate chambers. The plant is planted once and remains in place throughout the entire growing cycle – the roots grow into the next level exactly when their development requires more space. Transplanting is completely eliminated, and with it the stress that otherwise always temporarily slows growth and delays the start of flowering.

How the system works

The partitions inserted into the side grooves divide the container into three separate layers. Each can be filled with a different substrate – light and airy for germination, nutrient-rich for vegetative growth, phosphorus- and potassium-rich for flowering. The plant is placed from above and stays there for the entire time. The roots naturally grow downwards – once they reach the partition, they are forced to branch densely outwards. This air pruning actively strengthens the root system. At the right moment, simply pull the partition out from the side – the roots immediately continue into the fresh substrate below, without needing to touch the plant in any way.

Level activation procedure

Upper level	This is where the plant is placed. Widest cross-section (24.5 × 24.5 cm), shallow depth of approximately 6 cm. The roots first branch out across the entire surface.
Partition 1 — pull out from the side when switching to the vegetative phase
Middle level	Depth of approximately 12 cm. The roots grow into the substrate for vegetative growth. Fill with soil with a higher nitrogen content.
Partition 2 — pull out from the side when switching to the flowering phase
Lower level	Deepest layer (~18 cm), largest volume (~6 l). Fill with substrate rich in phosphorus and potassium. The roots have maximum space in the most demanding phase.

Three levels – overview

The total volume of the container is approximately 11 litres. The container widens at the top (opening 24.5 × 24.5 cm, base 16 × 16 cm). The upper level is therefore the widest and also the shallowest – it deliberately forces the roots to branch out across the surface right from the initial stage. The lower level is narrower in cross-section, but with the greatest depth it achieves the largest volume, which the plant fully uses during flowering.

Detailed planting procedure

1. Preparing the container. Insert both partitions into the side grooves – the container is now divided into three separate chambers. Fill each with substrate corresponding to the relevant stage of development.
2. Planting. Place the seed, sprout or seedling into the upper level in the same way as into a regular flowerpot. No special procedure is needed.
3. Germination and early vegetative growth. The plant develops in the shallow upper level. The roots hit the partition and branch out sideways – a dense, surface-developed foundation of the root system is created.
4. Vegetative phase – activation of the middle level. When clear vegetative growth begins, pull the first partition out from the side. The roots immediately continue into the middle level with fresh substrate. The plant is not disturbed in any way.
5. Flowering – activation of the lower level. When switching to the flowering phase, pull out the second partition. The root system now has the full approximately 11 litres of substrate adapted for flowering at its disposal.
6. Harvest and maintenance. After harvest, disassemble the container, clean the levels and prepare them for the next cycle.

Main advantages

• No transplanting – the plant stays in one container from germination to harvest, without interruptions in development
• Air pruning of roots – the partitions interrupt spiral growth and stimulate dense branching; the roots absorb nutrients and water more efficiently
• Phase-specific substrate optimisation – each level can be filled with a different composition exactly matching the plant's needs; this is not possible with a classic flowerpot
• Zero transplant stress – the root system is never disturbed; the plant grows smoothly and enters flowering without delay
• Natural dynamics of root growth – surface branching in the upper level gradually turns into deep penetration; exactly as roots work in nature
• Maximum yield at flowering time – the largest substrate volume is available exactly when the plant needs it most
• Reusable – robust, dismantlable construction for easy cleaning
• Suitable for indoor and outdoor growing

Technical parameters

Who Re-Plant is for

• Beginner growers – the procedure is straightforward: plant as normal and pull the partitions out according to the development stage
• Experienced growers – full control over the substrate composition in each level and over the development of the root system in all stages
• Indoor growers – the square shape fits grow boxes and grow tents, with efficient use of space
• Growers of autoflowering plants and fast cultivars – eliminating transplant stress brings a smoother course throughout the entire cycle
• Growers of vegetables, peppers, tomatoes and herbs – the system works for any single-cycle crop with increasing root-space requirements