Our shop pushes for speed on the actual boxes, which I get, but I hit that sim hour mark last week and realized my fault-finding on weird bus errors is way faster now. The lead tech said I was wasting time on 'video games' instead of real panels. But chasing that phantom voltage drop on a King Air last Thursday, I found it in under an hour because the sim scenario felt familiar. Are we putting too much weight on hands-on only and not enough on structured simulation time?
I traced it to a frayed wire in the yoke connector after checking all the cables. A bit of solder and heat shrink fixed it for good.
Which do you find more trustworthy for tracking repairs?
I used to jump into wiring jobs without a plan. Tbh, it led to mix-ups and wasted hours. Last year, I started drawing quick pinout maps on scrap paper first. Honestly, it cuts my repair time in half and I haven't messed up a connection since. Try it if you handle complex aircraft harnesses.
Some techs say it's just how it is, but I've seen shops that try to reuse old parts. What do you think?
Pulled a beat-up King nav/com from a junkyard plane last month for a side project. Turns out someone had jumpered the audio lines wrong, which explained the weird static. Got it cleaned up and working on my test bench with a basic signal generator. Felt pretty cool to bring a piece of history back to life. Now I'm hunting for a cheap scope to make these fixes easier.
I was working on a plane where the altitude encoder kept showing random numbers. I thought about swapping it out but checked the ground wires first. Turns out, the shield wire had come loose at the connector. I just tightened it back up and the readings went back to normal right away. This quick check stopped me from ordering a new part and wasting a whole day. Now I make it a habit to look at grounds before anything else on these jobs. It's a small thing that really helps keep things moving.