Team Associated RC10 B5m Mid-Motor & Rear Motor Thread
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#7081
Tech Rookie
#7084
Hey guys, what grade sandpaper do u use to sand the rings?
#7085
So I finally got my B5m yesterday. The build was great so far, good fitment of the parts, no missing or defective parts - obviously the guy at QC had'n fallen asleep when my kit was produced My rear arms needed a washer to remove some slop (~ 2mm) on the inner hinge pins, at least the slop was equal left and right.
One question so far:
I'm quite familiar with all these geometry adjustments like caster, camber, anti-squat, etc.
but what's the difference between running 25° kick-up with 5° caster block inserts versus 30° kick-up und 0° inserts? Both cases result in a total 30° caster but does it drive differently?
One question so far:
I'm quite familiar with all these geometry adjustments like caster, camber, anti-squat, etc.
but what's the difference between running 25° kick-up with 5° caster block inserts versus 30° kick-up und 0° inserts? Both cases result in a total 30° caster but does it drive differently?
#7086
So I finally got my B5m yesterday. The build was great so far, good fitment of the parts, no missing or defective parts - obviously the guy at QC had'n fallen asleep when my kit was produced My rear arms needed a washer to remove some slop (~ 2mm) on the inner hinge pins, at least the slop was equal left and right.
The front will also develop a lot of play in the front axle plastic bearing holders ( the ones listed for 2mm, 3mm, or 4mm trailing axle) as the plastic itself seems to move around in the steering spindle. I think in time we will see them address this as well, but just wanted to let you know this is normal so far in the kits.
ALSO! The rear ball stud, that threads into the rear wheel hubs, by going through the plastic part and then threading into the blue aluminum rectangle... make sure to clean this ballstud and the blue rectangle with like motor spray to remove any lite oils it may have and then thread using a thread adhesive like Loctite 242 (blue loctite thread adhesive compound) to prevent the ball stud from backing out during a run and your loss of the small blue rectangle.
#7087
#7088
Tech Elite
iTrader: (5)
ALSO! The rear ball stud, that threads into the rear wheel hubs, by going through the plastic part and then threading into the blue aluminum rectangle... make sure to clean this ballstud and the blue rectangle with like motor spray to remove any lite oils it may have and then thread using a thread adhesive like Loctite 242 (blue loctite thread adhesive compound) to prevent the ball stud from backing out during a run and your loss of the small blue rectangle.
#7091
ALSO! The rear ball stud, that threads into the rear wheel hubs, by going through the plastic part and then threading into the blue aluminum rectangle... make sure to clean this ballstud and the blue rectangle with like motor spray to remove any lite oils it may have and then thread using a thread adhesive like Loctite 242 (blue loctite thread adhesive compound) to prevent the ball stud from backing out during a run and your loss of the small blue rectangle.
Either way, CHECK YO BALLS MAN!
#7093
Tech Regular
iTrader: (8)
I use one of these. http://shop.leadfingerrc.com/Diff-Co...l-LFR10089.htm Great for slipper discs too!!
#7094
Our LHS hasn't had any ballstuds to buy yet, so yeah if you can find them buy them longer, add also a metal 1mm washer to the front side to protect the plastic part as well, then a locknut to the backside as mentioned...if you can find longer ballstuds to buy!
I've been looking for ballstuds and waiting for them from my LHS as some of my ballstuds (4 of them) have stripped out the hex on the top in less than 3 or 4 times removing them to make adjustments. They seem to be made of a "soft" alloy, or at least the secondary operation to make the hex may have left them soft in this area.
I've been looking for ballstuds and waiting for them from my LHS as some of my ballstuds (4 of them) have stripped out the hex on the top in less than 3 or 4 times removing them to make adjustments. They seem to be made of a "soft" alloy, or at least the secondary operation to make the hex may have left them soft in this area.
#7095
I use one of these. http://shop.leadfingerrc.com/Diff-Co...l-LFR10089.htm Great for slipper discs too!!