Very good item: stable voltages and clean output (noise-free power source) due to good quality of built-in LC filter (high capacity smd capacitors and good inductors). Very easy to solder, and big solder pads lets to easily un-solder different wires from esc or battery if needed. Powe output pads are also very well placed, so it's very easy to reach it. As I have used this PDB before, I can confirm, that it had survived a lot of copter crashes and still is working very well. LED switch is also very useful, when you don't need the navigation lights to be used, and also - is very easy to switch it on or off.

Very good item: stable voltages and clean output (noise-free power source) due to good quality of built-in LC filter (high capacity smd capacitors and good inductors). Very easy to solder, and big solder pads lets to easily un-solder different wires from esc or battery if needed. Powe output pads are also very well placed, so it's very easy to reach it. As I have used this PDB before, I can confirm, that it had survived a lot of copter crashes and still is working very well. LED switch is also very useful, when you don't need the navigation lights to be used, and also - is very easy to switch it on or off.

Very good item: stable voltages and clean output (noise-free power source) due to good quality of built-in LC filter (high capacity smd capacitors and good inductors). Very easy to solder, and big solder pads lets to easily un-solder different wires from esc or battery if needed. Powe output pads are also very well placed, so it's very easy to reach it. As I have used this PDB before, I can confirm, that it had survived a lot of copter crashes and still is working very well. LED switch is also very useful, when you don't need the navigation lights to be used, and also - is very easy to switch it on or off.

I measured the 5V and 12V output to be 5.008V and 12.03V respectively with a 15V input so that's fine, however, the LED output was the same as the input voltage so be careful about which LED's you attach to the LED output!! Should be ok for 12V LED strip and 3S battery. Also, there is no information on how much current these regulators can supply and the part number of the IC has been removed so I can't check myself... I will be using this board for a 3S tricopter setup, which means that I won't get a regulated 12V output. I will be changing the resistor feedback of the 12V supply to provide 6V for the tail servo. Great for the price.

I measured the 5V and 12V output to be 5.008V and 12.03V respectively with a 15V input so that's fine, however, the LED output was the same as the input voltage so be careful about which LED's you attach to the LED output!! Should be ok for 12V LED strip and 3S battery. Also, there is no information on how much current these regulators can supply and the part number of the IC has been removed so I can't check myself... I will be using this board for a 3S tricopter setup, which means that I won't get a regulated 12V output. I will be changing the resistor feedback of the 12V supply to provide 6V for the tail servo. Great for the price.

I measured the 5V and 12V output to be 5.008V and 12.03V respectively with a 15V input so that's fine, however, the LED output was the same as the input voltage so be careful about which LED's you attach to the LED output!! Should be ok for 12V LED strip and 3S battery. Also, there is no information on how much current these regulators can supply and the part number of the IC has been removed so I can't check myself... I will be using this board for a 3S tricopter setup, which means that I won't get a regulated 12V output. I will be changing the resistor feedback of the 12V supply to provide 6V for the tail servo. Great for the price.