Transform your patio or garden with this simple and affordable DIY project. By combining dollar store glass vases with inexpensive solar stake lights, you can create elegant outdoor solar lanterns that add a touch of sophistication and ambiance to any outdoor space. This is a perfect project for anyone looking to enhance their outdoor decor without spending a fortune.
These DIY solar lanterns can be styled in a variety of ways to complement your outdoor space. Arrange them along a garden path, place them on patio tables, or hang them from hooks to create a cozy and inviting atmosphere. Consider pairing them with other natural elements like potted plants or wooden accents to create a harmonious and earthy outdoor setting.
DIY Outdoor Solar Lanterns
Materials
Dollar store glass vases (various shapes and sizes)
Cheap solar stake lights from the garden section
Clear adhesive suitable for glass
Optional: Decorative stones or glass marbles
Directions
Remove the solar light top from the stake, keeping the solar panel and light bulb intact.
Clean the glass vases to ensure they are free from dust and fingerprints.
Apply a generous amount of clear adhesive around the rim of the solar light top.
Carefully place the glass vase over the solar light top, ensuring it is centered and secure.
Allow the adhesive to cure according to the manufacturer's instructions.
Optional: Fill the bottom of the vase with decorative stones or glass marbles for added stability and aesthetic appeal.
Place the completed lanterns in a sunny spot to charge during the day and enjoy the ambient glow they provide at night.
Variations & Tips
For a personalized touch, consider painting the glass vases with glass paint to create colorful patterns or designs. You can also use vases of different shapes and textures to add variety and visual interest. Another variation is to wrap the vases with wire or twine to create a rustic or nautical theme. If you want a brighter light, look for solar lights with higher lumen outputs. Experiment with different heights and groupings to create a dynamic display.