That's exactly right!
You solder the wire into one end of the connector then the other end has a notch cut into it that fits tightly onto the flat prong of the deans. When you push it onto the deans it fits tight enough that you don't have to hold it in position to solder it! I used them on my "Jumper cables"
and think they are great and I will probably use them on every Deans set up, regardless of wire size.
Just my thinking, vertical movement is allready being input to the lower bearing by the raised portion of the one-way bearing. On lift off, the entire weight of the heli is transmitted to the lower bearing.
If inverted, the entire weight of the heli would be transmitted to the upper bearing, by the raised portion of the mainshaft lock collar. So , I dont see the difference in whether or not the means of transmission is changed (by putting loctite between the mainshaft and inner race) because the load that the bearing sees will be the same.
Did that make sence or am I overthinking???
If the shaft spins in the race and gets worn, I would think that the small amont of slop that would be created probably wouldn't be noticed in the cyclic (excess slop would allow the mainshaft to lean slightly) but probably would be noticed in the main gear (excess slop wouldnt allow the main gear to run true) and could cause some wobble or oscilation.
Wouldn't it make it a lot harder to remove the main shaft though???
Damn, another question.
The procceding thoughts and commentary are soley my own and should not be given any serious thought, unless you are a trained proffessional. Please do not try this at home.