Stackable Plant Growth Support
Support Your Plants, Naturally.
Give your climbing plants the stability they need with our unique, stackable support stakes. The branch-like design blends seamlessly with foliage, encouraging larger leaves and preventing stems from drooping.
See the Difference: From Drooping to Thriving
Grows Tall With Your Plant
Don't restrict your plant's potential. Our innovative stackable design allows you to easily add height as your Monstera or Pothos grows deeper roots and taller stems. Simply insert a new stake into the top of the existing one for continuous vertical support up to 55 inches.
Sturdy & "Invisible" Design
Unlike bulky moss poles, our green, branch-shaped stakes are designed to blend naturally into your plant's foliage, providing "invisible" support. Crafted from durable plastic, they stand firm without twisting or bending, ensuring long-lasting stability in humid indoor environments.
Set Up in Seconds, No Damage
Installation is a breeze. The sharp bottom tip inserts easily into the soil. Use the included gentle green velcro tie to secure stems to the curved branches. The soft material holds firmly without cutting into delicate plant tissue, guiding growth without stress.
Specifications & What's Included
| Material | Durable, Hard Plastic |
|---|---|
| Color | Natural Plant Green |
| Single Stake Height | Approx. 28 cm (11.02 inches) |
| Total Stacked Height (5 pcs) | Approx. 140 cm (55.11 inches) |
| Package Contents | 5 x Branch-Shaped Support Stakes 1 x Roll of Green Velcro Plant Tie (Approx. 2m / 78.7 in) |
Frequently Asked Questions
They are ideal for climbing and trailing indoor plants that need upward guidance, such as Monstera Deliciosa, Pothos, Philodendrons, and Ivy.
The stakes are modular. Simply insert the pointed bottom of a new stake firmly into the top open slot of the stake already in the soil. No repotting required!
No. The included velcro tie is designed to be soft and gentle. It provides a secure hold to guide the stem towards the support branch without cutting into or constricting the plant as it thickens.