Thank you. Great video as always 👍👍

Frank that was excellent! great great great ... i really like the way you stress major points out.. keep up the good work...

Great info as always. A beautiful look at the physical and electronic overlaid. I learned first hand, from working on the Ford/Mazda 2.0/2.3/2.5 keyless crankshaft engines, that the electronic data can indeed be misleading. The crankshaft can in fact be out of time even though the electronic data says that all is well. Tricky! Thanks for this great series!

@jamescorbett2448

6 жыл бұрын

Ah yes, that keyless design is genius...meh. Using a "diamond washer", rather than a woodruff key or the like must cost the maker just a little less to produce. Less machining certainly.

Very informative video. Nice job

Very impressive scope! One day I will own one 😉 great demonstration

Great info. Can you please change your smoke detector battery. Every time it goes off my dog starts shaking.

@chekelley6861

6 жыл бұрын

chris martino hahahaha I kept turning of the video and wandering around my house trying to find what detector had a bad battery!

@HansJorgensen

6 жыл бұрын

I've been doing the same thing! Driving me nuts! I went around the house and listened for mine going off.

Good video. BTW. Does your smoke detector need a new battery? (annoying chirp, chirp, chirp)?

Having known good waveforms is critical. If a tone ring slips on a crankshaft, you can overlay a running compression waveform on a crank sensor waveform and still have no idea what's going on. With a known good waveform, a fault can be easily identified.