Review on 🎥 WALI Dummy Fake Security Dome Camera with LED Light - Indoor Outdoor Use, White by Russ Mashlan

Four people live in my apartment building where I live temporarily. One night, just before 5am, one of our car alarms went off. One of the guys woke up the other who had an alarm. They saw nothing, but minutes later a police car pulled up and reported that there had been several cases of car theft in the area over the past week. The car alarm might have put someone off, but I thought a little more, to keep my vigilance. When I heard about it the next day, I ordered this and installed it near the door facing the cars with a high visibility flashing light. Someone here asked which LED is 1.5 or 3 volts as they wanted to make a power supply for it instead. batteries. I don't think it matters. When I was in electronics school, several people were interested in how much voltage an LED can withstand. We burned five or six of them and they all used 26 to 32 volts before they died. I think all the components in it can draw 3 volts with no problem. This is designed to run on battery, so most likely all components will be energized to save power and increase runtime. If it's at 1, Running at 5 volts, while it's running at 3 volts the LED is probably a little brighter. aimed at vehicles, with a clearly visible flashing light. Someone here asked which LED is 1.5 or 3 volts as they wanted to make a power supply for it instead. batteries. I don't think it matters. When I was in electronics school, several people were interested in how much voltage an LED can withstand. We burned five or six of them and they all used 26 to 32 volts before they died. I think all the components in it can draw 3 volts with no problem. This is designed to run on battery, so most likely all components will be energized to save power and increase runtime. If it runs at 1.5 volts while it runs at 3 volts, the LED is probably a bit brighter. aimed at vehicles, with a clearly visible flashing light. Someone here asked which LED is 1.5 or 3 volts as they wanted to make a power supply for it instead. batteries. I don't think it matters. When I was in electronics school, several people were interested in how much voltage an LED can withstand. We burned five or six of them and they all used 26 to 32 volts before they died. I think all the components in it can draw 3 volts with no problem. This is designed to run on battery, so most likely all components will be energized to save power and increase runtime. If it's running at 1.5 volts while it's running at 3 volts, the LED is probably a little brighter. Someone here asked which LED is 1.5 or 3 volts as they wanted to make a power supply for it instead. batteries. I don't think it matters. When I was in electronics school, several people were interested in how much voltage an LED can withstand. We burned five or six of them and they all used 26 to 32 volts before they died. I think all the components in it can draw 3 volts with no problem. This is designed to run on battery, so most likely all components will be energized to save power and increase runtime. If it's running at 1.5 volts while it's running at 3 volts, the LED is probably a little brighter. Someone here asked which LED is 1.5 or 3 volts, since they wanted to make a power supply for it instead. batteries. I don't think it matters. When I was in electronics school, several people were interested in how much voltage an LED can withstand. We burned five or six of them and they all used 26 to 32 volts before they died. I think all the components in it can draw 3 volts with no problem. This is designed to run on battery, so most likely all components will be energized to save power and increase runtime. If it's running at 1.5 volts while it's running at 3 volts, the LED is probably a little brighter. that it matters. When I was in electronics school, several people were interested in how much voltage an LED can withstand. We burned five or six of them and they all used 26 to 32 volts before they died. I think all the components in it can draw 3 volts with no problem. This is designed to run on battery, so most likely all components will be energized to save power and increase runtime. If it's running at 1.5 volts while it's running at 3 volts, the LED is probably a little brighter. that it matters. When I was in electronics school, several people were interested in how much voltage an LED can withstand. We burned five or six of them and they all used 26 to 32 volts before they died. I think all the components in it can draw 3 volts with no problem. This is designed for battery operation, therefore, all components are most likely energized to save power and increase runtime. If it's running at 1.5 volts while it's running at 3 volts, the LED is probably a little brighter. This is designed to run on battery, so most likely all components will be energized to save power and increase runtime. If it's running at 1.5 volts while it's running at 3 volts, the LED is probably a little brighter. This is designed to run on battery, so most likely all components will be energized to save power and increase runtime. If it's running at 1.5 volts while it's running at 3 volts, the LED is probably a little brighter. If it's running at 1.5 volts while it's running at 3 volts, the LED is probably a little brighter. This is designed to run on battery, so most likely all components will be energized to save power and increase runtime. If it's running at 1.5 volts while it's running at 3 volts, the LED is probably a little brighter. This is designed to run on battery, so most likely all components will be energized to save power and increase runtime. If it's running at 1.5 volts while it's running at 3 volts, the LED is probably a little brighter. If it's running at 1.5 volts while it's running at 3 volts, the LED is probably a little brighter. This is designed to run on battery, so most likely all components will be energized to save power and increase runtime. If it's running at 1.5 volts while it's running at 3 volts, the LED is probably a little brighter. This is designed to run on battery, so most likely all components will be energized to save power and increase runtime. If it's running at 1.5 volts while it's running at 3 volts, the LED is probably a little brighter. to save power and increase runtime. If it's running at 1.5 volts while it's running at 3 volts, the LED is probably a little brighter. This is designed to run on battery, so most likely all components will be energized to save power and increase runtime. If it's running at 1.5 volts while it's running at 3 volts, the LED is probably a little brighter. to save power and increase runtime. If it's running at 1.5 volts while it's running at 3 volts, the LED is probably a little brighter. This is designed to run on battery, so most likely all components will be energized to save power and increase runtime. If it's running at 1.5 volts while it's running at 3 volts, the LED is probably a little brighter.