By now many of you have seen my LED lighting projects on the bottom of my cabover camper, awning lights, and even replacing the florescent lighting in the camper. The success in those projects led me (with the help of my wife) down the path of my latest project - light up the pool!
Earlier this summer we installed an above ground pool, once I finish moving the spa and constructing the deck I will post some DIY on that project, it will have a few good laughs... Before we even completed the pool my wife helped me decide it would be cool to put light inside the pool.
Since I have done my research and ordered a few times by now I placed a larger order directly with my contact for myself, my brother, and a friend. I think I ordered about 20 rolls of lights plus some controllers for various projects
I wanted to mount the lights on the inside of top cap so the light would be indirect and not at eye level when in the pool at night and be out of sight during the day. Also, it should help reflect off the wall and water better this way. However, I wasn't sure if I would be able to mount them this way until the pool was constructed since the pool caps close tightly together. We were fortunate and it appeared there was just enough room to slide the LED strip into the slot between where the horizontal and vertical pieces meet under the caps.
Adequate power to the lights was also a concern. From reading online I have read when using the 5050 at 60LED per meter you can only string 10 meters together before losing intensity. I ran a test (which I posted in the DIY) running 25 meters. It seemed like I lost some intensity with jumping from 20 to 25 meters but thought I would be fine. After the installation of almost 20 meters I can see a drop in intensity after 10 meters, but nothing to be too worried about in my installation. There is an in-line amp (requiring an additional power supply) you can purchase to run more than 2 strings, or some high dollar LED strips which can extend more that 10 meters.
From some of my previous tests I knew a good battery would supply adequate power to the LEDs. Since I am not on a lease this year I decided to utilize one of my trail cam set ups using the battery and solar panel creating a custom enclosure for the battery and controller.
I can't get the individual color shots to show on the post but you can see the color change in the attached video.
More pictures of the enclosure to follow...
Earlier this summer we installed an above ground pool, once I finish moving the spa and constructing the deck I will post some DIY on that project, it will have a few good laughs... Before we even completed the pool my wife helped me decide it would be cool to put light inside the pool.
Since I have done my research and ordered a few times by now I placed a larger order directly with my contact for myself, my brother, and a friend. I think I ordered about 20 rolls of lights plus some controllers for various projects

I wanted to mount the lights on the inside of top cap so the light would be indirect and not at eye level when in the pool at night and be out of sight during the day. Also, it should help reflect off the wall and water better this way. However, I wasn't sure if I would be able to mount them this way until the pool was constructed since the pool caps close tightly together. We were fortunate and it appeared there was just enough room to slide the LED strip into the slot between where the horizontal and vertical pieces meet under the caps.
Adequate power to the lights was also a concern. From reading online I have read when using the 5050 at 60LED per meter you can only string 10 meters together before losing intensity. I ran a test (which I posted in the DIY) running 25 meters. It seemed like I lost some intensity with jumping from 20 to 25 meters but thought I would be fine. After the installation of almost 20 meters I can see a drop in intensity after 10 meters, but nothing to be too worried about in my installation. There is an in-line amp (requiring an additional power supply) you can purchase to run more than 2 strings, or some high dollar LED strips which can extend more that 10 meters.
From some of my previous tests I knew a good battery would supply adequate power to the LEDs. Since I am not on a lease this year I decided to utilize one of my trail cam set ups using the battery and solar panel creating a custom enclosure for the battery and controller.
I can't get the individual color shots to show on the post but you can see the color change in the attached video.
More pictures of the enclosure to follow...
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