I found the candelabra at a thrift store for eight dollars. It was a five-arm brass thing, slightly tarnished, missing two of its little candle cups, and clearly from somebody’s 1990s dining room. Nobody wanted it. I wanted it, because I had a patch of garden next to the back steps that needed a vertical element and I was tired of looking at the cheap plastic solar stake that had been doing nothing there for a year. The plan was simple. Pull out the candle hardware, stick some solar lights where the candles used to go, seal it up, and plant it in the yard. Total budget target under twenty dollars. Total time, an afternoon.
This is the kind of project that sounds harder than it is. You do not need wiring skills, soldering, or any electrical knowledge, because the solar pucks do all the electrical work themselves. What you need is a candelabra, a few cheap solar lights to cannibalize, some silicone, and a willingness to take things apart.
The Thrift Store Find and the Plan
Not every candelabra works for this. You want metal, not wood or glass, because it lives outside and it needs to hold the solar pucks securely. Brass, iron, and steel are all fine. Wood rots. Glass breaks. Look for a candelabra with multiple arms, because the whole point is to get several points of light at different heights. Three to five arms is the sweet spot. More than that and you run out of solar pucks and patience. Fewer and it looks sparse.
The candelabra I grabbed had five arms in a tiered arrangement, two lower, two middle, one on top. The candle cups were the small slip-in kind, brass sleeves about an inch and a half deep, soldered to the arm tips. Two were missing, which actually saved me the step of removing them. The base was a sturdy tripod foot, heavy enough to stand on its own but light enough to move. Eight dollars felt fair.
The plan was to remove all the candle cups, clean up the arm tips, and mount a salvaged solar puck light at each of the five positions. The pucks would charge during the day and glow at night, and the candelabra would read as a lit candelabra rather than a fixture with a solar panel stuck on it. The trick was hiding the panels and keeping the whole thing weatherproof.
For the solar pucks, I raided my own garage. I had a box of dead and half-dead solar stake lights accumulated over the years, the cheap kind that come in six-packs and die after a season or two. Most of them had failed at the stake or the switch, not at the light head itself. The light head, which contains the solar panel, battery, sensor, and LED in one sealed unit, is the part you want. I pulled five heads off their stakes by unscrewing or snapping the connection, tested each by leaving it in the sun for a day and seeing if it lit up that night, and ended up with four working pucks. Close enough. I would use four arms and leave the fifth empty or find a fifth puck later.
If you do not have a graveyard of dead solar stakes, you can buy the cheapest six-pack you can find, which runs about fifteen dollars, and you will have pucks and spares left over. Either way, the puck head is the core component. It already does everything. It charges, it senses dark, it switches on, and it is sealed. Your job is just to mount it.
Salvaging Solar Pucks and Building the Fixture
Step one is removing the candle cups from the candelabra. If they are soldered on, you can twist them off with pliers, heating the joint with a small propane torch if the solder is stubborn. If they are screwed on, just unscrew them. What you want left behind is a clean arm tip, a flat or slightly cupped surface that you can mount the puck to. File down any sharp edges or leftover solder blobs so the puck sits flush.
Step two is preparing the pucks. Most cheap solar puck heads are designed to push onto a stake, so the bottom has a socket or a short post. You want a flat mounting surface instead. I used a hacksaw to cut the post off flush with the bottom of each puck housing, then filed it smooth. This gives you a flat-bottomed disc, about two inches across and half an inch tall, with the solar panel on top and the LED shining down or out the side depending on the design. You want the LEDs facing outward and slightly down, so they read as candle flames, not as upward beams into the sky.
Step three is mounting. I used two-part epoxy to bond each puck to its arm tip, because epoxy holds metal to plastic better than anything else and fills small gaps. A generous bead on the arm tip, press the puck down, hold it for thirty seconds, then walk away for an hour while it sets. Position each puck so the solar panel faces up and gets the most sun possible. On a tiered candelabra, the upper arms may shade the lower panels, so angle the lower pucks outward to catch afternoon sun. This is fiddly. Take your time, because once the epoxy sets, repositioning means grinding it off and starting over.
Step four is the wiring question, which is really no question at all. Each puck is independent. It has its own panel, its own battery, its own sensor. You do not wire them together. You do not run a cable. The candelabra is just a physical mount for five separate, self-contained lights. This is what makes the project approachable. There is no circuit to design.
The one thing you do want to address is the visual mess of five separate solar panels on top of five pucks. On a real candelabra, the candle flames are the only thing on top. Here you have five little dark discs. This is the aesthetic compromise of the project, and it is unavoidable unless you remote-mount a single panel, which defeats the simplicity. My solution was to accept it. From a few feet away, in a garden setting, the panels read as part of the fixture and the overall shape still reads as a candelabra. Up close, it is obviously a hacked-together thing. Up close is not where garden lighting is judged.
Weatherproofing, Durability, and Whether It Was Worth It
The candelabra lives outside, so weatherproofing matters. The pucks are already sealed units, designed for outdoor stake use, so they are fine on their own. The vulnerable points are the bond between the puck and the arm, and the metal of the candelabra itself.
For the bond, I ran a bead of clear exterior silicone around the base of each puck where it meets the arm. This seals the joint against water that would otherwise creep under the puck and eventually break the epoxy bond through freeze-thaw. The silicone also adds mechanical flexibility, so if the candelabra gets bumped, the joint gives slightly instead of snapping. Do not skip this step. Untreated epoxy joints on outdoor fixtures fail within a season.
For the metal, I sprayed the whole candelabra with a clear rust-inhibiting lacquer before mounting the pucks. Brass does not rust, but it tarnishes and verdigris builds up, which looks fine on some pieces and terrible on others. The lacquer slows the patina and keeps the finish consistent. If your candelabra is steel or iron, use a rust-preventing primer and a topcoat of outdoor spray paint in whatever color you like. Matte black reads as deliberate and modern. Leave brass unpainted if you want the warm metal look, but lacquer it.
The base goes into the ground. I did not stake mine, because the tripod foot is wide and stable on the gravel where it sits. If you are putting it on lawn or soft soil, drive a piece of rebar into the ground and slide the candelabra base over it, or attach a ground anchor, so a stiff wind does not tip it over. A top-heavy candelabra with five solar pucks on it will go down in a gust.
The cost breakdown came to about fourteen dollars. Eight for the candelabra, nothing for the salvaged pucks, three for epoxy, two for a tube of silicone, one for the lacquer I already had. If you buy a fresh six-pack of solar stakes to cannibalize, add fifteen dollars and you are at twenty-nine, still less than most store-bought solar candelabras, which run forty to eighty dollars and look generic.
Time was about three hours of work spread over an afternoon, plus curing time. Removing the candle cups took forty minutes. Prepping and mounting the pucks took an hour and a half. Sealing and finishing took another half hour. The rest was waiting for epoxy and silicone to set.
How does it look compared to a store-bought solar candelabra? Different, and I mean that as a compliment. The store-bought versions are usually thin, symmetrical, and clearly manufactured, with identical faux flames on each arm. Mine is slightly crooked, the pucks are not perfectly aligned, and the brass has a real patina from its previous life as a dining room centerpiece. It looks like something that belongs in a garden, not something pulled from a box. The light output is modest, four small LEDs glowing warm white, enough to mark the spot and cast a soft pool on the gravel but not enough to light a path. That is fine. It is an accent, not a workhorse.
Durability over a season is the open question. The pucks have been through one winter so far. Two of the four still light reliably. One has gone dim, probably a tired battery. One stopped entirely, likely water ingress or a dead sensor. The candelabra itself is holding up well, no rust, no failed joints, the silicone beads intact. The fix for the dead puck is to pry it off and epoxy a fresh one in its place, which is the advantage of using cheap, replaceable components. A store-bought solar candelabra with a dead section is harder to repair.
Variations are easy once you have the basic approach. A taller, seven-arm candelabra gives you a more dramatic vertical. A squat, three-arm version works on a tabletop. You can paint the base any color. You can use warm white pucks for a candle-like glow or flickering pucks, if you can find them, for a more convincing flame effect. The candelabra shape is the constant. The pucks and the finish are variables.
The real payoff of this project is not the money saved, though that is nice. It is the satisfaction of taking something discarded and making it useful again, in a way no off-the-shelf product quite matches. Every time I walk past that candelabra at night and see its four little glows, I think about the dining room it used to live in and the fact that nobody wanted it. Now it has a second life in the garden, doing something it was never designed to do, and doing it well enough that I have stopped missing the plastic stake it replaced. That is the reward. Eight dollars, an afternoon, and a fixture that nobody else has.
