Team Associated RC10 B5m Mid-Motor & Rear Motor Thread
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Tech Champion
iTrader: (7)
Did anyone have to shave the brass or aluminum C mounts to get the locknut to sit flush? And/or possibly get a nut driver on there?
Tech Champion
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Suspended
Tech Prophet
iTrader: (84)
I dont have nuts on mine. Just locktite.
So, last night I was working on my cars for cactus. I was going to build come front hubs with +3 and +4 inserts, then glue the inserts in. As usual, the +3 inserts worked well and were smooth and felt centered. The axle just fell all the way through both bearings and the axles are smooth. The +4 insert however, needed to have presure applied to get the axle through the bearings. And once they were "popped" in, there was heavy grinding and resistance. I tried to "work" the insert in and center them so I could glue them into the sweet spot. However, this was never to be the case. So, what prep work are you guys doing to center the +4 inserts? Sanding the outer edges of the inserts? I have never ever been able to get the +4 inserts smooth. The +3 are always pretty good.
So, last night I was working on my cars for cactus. I was going to build come front hubs with +3 and +4 inserts, then glue the inserts in. As usual, the +3 inserts worked well and were smooth and felt centered. The axle just fell all the way through both bearings and the axles are smooth. The +4 insert however, needed to have presure applied to get the axle through the bearings. And once they were "popped" in, there was heavy grinding and resistance. I tried to "work" the insert in and center them so I could glue them into the sweet spot. However, this was never to be the case. So, what prep work are you guys doing to center the +4 inserts? Sanding the outer edges of the inserts? I have never ever been able to get the +4 inserts smooth. The +3 are always pretty good.
The wing mounts are 3 deg, so shim on top is 3 deg. Shim on bottom wedge up is 6 deg, shim flipped is 0 deg. I haven't tested this much, just my standard setup to run the shim on top of the wing.
Tech Champion
iTrader: (73)
I dont have nuts on mine. Just locktite.
So, last night I was working on my cars for cactus. I was going to build come front hubs with +3 and +4 inserts, then glue the inserts in. As usual, the +3 inserts worked well and were smooth and felt centered. The axle just fell all the way through both bearings and the axles are smooth. The +4 insert however, needed to have presure applied to get the axle through the bearings. And once they were "popped" in, there was heavy grinding and resistance. I tried to "work" the insert in and center them so I could glue them into the sweet spot. However, this was never to be the case. So, what prep work are you guys doing to center the +4 inserts? Sanding the outer edges of the inserts? I have never ever been able to get the +4 inserts smooth. The +3 are always pretty good.
So, last night I was working on my cars for cactus. I was going to build come front hubs with +3 and +4 inserts, then glue the inserts in. As usual, the +3 inserts worked well and were smooth and felt centered. The axle just fell all the way through both bearings and the axles are smooth. The +4 insert however, needed to have presure applied to get the axle through the bearings. And once they were "popped" in, there was heavy grinding and resistance. I tried to "work" the insert in and center them so I could glue them into the sweet spot. However, this was never to be the case. So, what prep work are you guys doing to center the +4 inserts? Sanding the outer edges of the inserts? I have never ever been able to get the +4 inserts smooth. The +3 are always pretty good.
Tech Prophet
iTrader: (84)
yeah. I was looking at them last night. If i had to guess, I would say the location of the molding injection point is the issue. I tried several different hubs (hard and regular), I mixed hard inserts with plastic hubs and vice versa. Crush tubes and no crush tubes, lol. I can only think I need to sand them until they can align, then glue. But before I destroy all my parts trying to work out a technique, I was looking to see how others do it.
I dont seem to have this front wheel bearing issue. Mine stay free and not crunchy for awhile like at least 3 months.
You will once you switch your inserts around. My feeling is that the bearings "wear in" to that set of inserts/hub. You take those same bearings and swap inserts and they're instantly toast since they wore into the previous setup.
Someone like Exotek, Avid or Schelle need to make a new front hub and insert assembly that doesn't eat bearings. However that might cut into their bearing sales.....conspiracy!!
I've had better luck using the hard hub kits though.
Someone like Exotek, Avid or Schelle need to make a new front hub and insert assembly that doesn't eat bearings. However that might cut into their bearing sales.....conspiracy!!
I've had better luck using the hard hub kits though.
Tech Fanatic
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Tech Prophet
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Suspended
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Tech Regular
iTrader: (1)
Are those the same bearings they use in 1/8 scale clutches? They didn't last very long either, maybe even less. I was removing the grease and re-lubing them with a light oil. Front axle bearings seem to last longer with the thick stock grease, just have to break them in. IMO
Tech Prophet
iTrader: (84)
Are those the same bearings they use in 1/8 scale clutches? They didn't last very long either, maybe even less. I was removing the grease and re-lubing them with a light oil. Front axle bearings seem to last longer with the thick stock grease, just have to break them in. IMO