tessellating pegboard plant wall

I have explored various iterations of a vertical garden, yet none resonated with my vision, prompting me to design my own. The features of this plant wall that I believe you will find appealing include a water dripper, a designated area for concealing wires and tubing behind the planters, and a tessellating arrangement of the planters themselves.

I designed these planters to be compatible with a pegboard system. This innovation allows for a reduction in the number of holes required in your walls, while also granting you the flexibility to rearrange your botanical display as your preferences evolve.

The nozzle designed to facilitate the transfer of water between planters has been designed to accommodate 4mm standard airline tubing, commonly utilized in aquariums. Consequently, should a taller plant require additional space, you can effortlessly make the necessary adjustments and employ the airline tubing to gently drip water into the planter below.  

This project is not yet complete; I intend to incorporate wider and taller planters as my plants mature. Nevertheless, this should suffice to get you started.

A note on the water dripper: to ensure its optimal functionality and avert any overflow from your planters, integrate a segment of airline tubing onto one of the nozzles and trim it to achieve a flow rate that corresponds with your requirements. The shorter the tubing, the more gradual the dripping will be.

I crafted my planters using resin; however, should you opt to fabricate these using filament, it would be prudent to apply a waterproof sealant to them.

The lamp holders are designed for the Lordem telescoping LED grow lamps, which can be found at the following link: [Lordem telescoping LED grow lamps](https://www.amazon.com/dp/B0D3L6Y7ZB?ref=ppx_yo2ov_dt_b_fed_asin_title&th=1).

I had two planters not come out so I thickened the back wall, so use what ever version works best for you.
 

using airline connectors all the planters ultimately drain into a 5 gallon jug at the base of the display. using T connectors.