Fixing A Broken VTX

I burnt out my VTX03 during a crash so I got and installed a VTX01 on my Tiny Whoop. But this afternoon, I was inspecting it when I noticed a burnt component. At first, I thought it was a capacitor. First step is to find out the part number. But the component was burnt beyond recognition. So I searched for photos that show the part and found this: 
After some more digging, I found out that the burnt component is actually a resistor, a zero-ohm link. Link, that’s like connect, bridge. So I just simply bridged the terminals of the burnt resistor with a bit of solder.
And just like that the VTX03 lit up back to life!

CX-10 Microsoldering Job

I crashed my “racing” CX-10 and when I picked it up, it was dead. No spinning props, no lights, nothing. I checked the power from the battery to the board with a multitester and it’s fine. With a heavy heart, I decided to disassemble it for parts. I removed the props and was about to unsolder the motors and the battery when I noticed that the board seems to be missing a small part (see pic, not mine). I went back to the crash site (aka kitchen floor) and sure enough there was a tiny component lying there. It’s surface-mounted but since I didn’t have a heat gun or soldering paste or even flux, I had to make do with my soldering iron and soldering wire. I put tiny amounts of solder onto the tip and gradually pre-tinned the pads and the feet. Then I positioned the component using tweezers and pressed the tip in to melt the solder. It was the tiniest soldering I’ve ever tried and it wasn’t pretty. But once I was finally done, my CX-10 was alive once more!

UPDATE 4/4/2017: And it broke again. This time pulling a pad off. It’s the end for this board :(