Tamiya TRF416 / TRF416WE / TRF416X
#7606
Tech Master

Thanks for the links.
But they want $10 for something so small and domestic
I like how it says 20G and then charges me for 100g weight. too bad speedtech is sold out.
But they want $10 for something so small and domestic


#7607
Tech Regular
iTrader: (5)

I managed to track down that part number once on Schumacher USA's site and purchase it. It was such a monumental pain in the ass to find it that I bought like 5 so I wouldn't have to go through the pain again any time soon.
Edit: I just tried to find it again on their site and lost my will to live after waiting for their craptacular search to time out. Goodbye cruel world.
Edit: I just tried to find it again on their site and lost my will to live after waiting for their craptacular search to time out. Goodbye cruel world.

#7609
Tech Addict
#7610

Jilles video is pretty spot on I think. I use the tiniest amount of Tamiya anti-wear grease on the back side of the rings to stick them to the outdrives. I think what he's using is even more sticky than that, but I wasn't able to figure out what it is.
#7612
Tech Master
iTrader: (3)

Their grease is unique the best I can tell. It's consistency is more like... jello or something. I definitely prefer the stuff over what I've used in the past, and I think it was only like $4 from Schumacher USA once I managed to track it down.
Jilles video is pretty spot on I think. I use the tiniest amount of Tamiya anti-wear grease on the back side of the rings to stick them to the outdrives. I think what he's using is even more sticky than that, but I wasn't able to figure out what it is.
Jilles video is pretty spot on I think. I use the tiniest amount of Tamiya anti-wear grease on the back side of the rings to stick them to the outdrives. I think what he's using is even more sticky than that, but I wasn't able to figure out what it is.
If I'm correct, it is usually used on the damper discs on t-bar 1/12 pan cars.
#7613
Tech Apprentice

Their grease is unique the best I can tell. It's consistency is more like... jello or something. I definitely prefer the stuff over what I've used in the past, and I think it was only like $4 from Schumacher USA once I managed to track it down.
Jilles video is pretty spot on I think. I use the tiniest amount of Tamiya anti-wear grease on the back side of the rings to stick them to the outdrives. I think what he's using is even more sticky than that, but I wasn't able to figure out what it is.
Jilles video is pretty spot on I think. I use the tiniest amount of Tamiya anti-wear grease on the back side of the rings to stick them to the outdrives. I think what he's using is even more sticky than that, but I wasn't able to figure out what it is.
I always run the Schumacher grease in my 416 diff, its does seem to stay in the diff and not fly out like some of the more runny diff grease thats available.
As Syndrome says its cheap too!
#7614

I don't like using two types of greese in a diff, so I just hold the rings on using diff greese... As it's only working by stiction, the substance behind the diff rings shouldn't matter, but I don't like the thought of having the two types near by with a potential to mix. However, when your building the diff, don't CA the rings in place... a friend did this and wondered why his diff didn't feel too good, the rings didn't sit flat at all...
Anyway the schuey stuff deffiently works well, seems to stay very consistent within the diff, and not fling out either.
HiH
Ed
Anyway the schuey stuff deffiently works well, seems to stay very consistent within the diff, and not fling out either.
HiH
Ed
#7615
Tech Master

hmm, guess I'll just suck up the shipping...
I use rubber cement to keep the diff rings on the outdrives. I recall that it still slipped with diff grease...
Any thoughts on the three extra balls for the pulley?
I use rubber cement to keep the diff rings on the outdrives. I recall that it still slipped with diff grease...
Any thoughts on the three extra balls for the pulley?
#7616
Tech Apprentice

Hello guys. Someone can say me what is the "real" difference between all the 416 main chassis and lower upper deck.
Thanks for your help.
Thanks for your help.
#7617


One trick to help (and this is something I pointed out to the friend i was showing how to build a diff), is too sand both sides of the diff ring. a) this gets it flat both sides, and b) it provides a key for the ring to grip against the outdrive. I'll go 600grit on the outdrive side, but 1200grit+ on the ball side.
As for the extra balls, I can't see them making a huge difference in a lighterweight TC. Yes the loadings going through the diff can be quite high, but not as much as when a 4wd buggy lands of a jump on full beans


HiH
Ed
#7618

3Racing makes a "D ring" diff for the 416. It's $15 from market.
http://rcmarket.com.hk/product_info....oducts_id=7634
http://rcmarket.com.hk/product_info....oducts_id=7634
#7619

TRF 416 - Cells in standard position, 2.25mm thick
TRF 416WE - Cells in forward positon (5mm forward), 2.25mm thick
TRF 416X - Cells in standard position, 2.25mm thick, extra holes drilled for front bulkheads, motor recess machined 1mm further towards centre
2.5mm Carpet plate - optional part, 2.5mm thick, cells in standard position
Top decks;
TRF416 - two piece top deck, long front piece, and braced rear
TRF416WE - single piece top deck, no rear brace (3&1 screw mounting points)
TRF416X - Single piece top deck, but with longer rear section for new rear bulkheads, slightly thinner to clear motor mount moved in 1mm, and revised rear screw mounting points (2&2)
HiH
Ed
#7620
Tech Fanatic
iTrader: (6)

hey guys on the diff stuff... when i build my diff or that of fellow racers i always use 600-800 grit sandpaper, but i use something more coarse for the other side to help adhere better to the outdrive. im 100% sure that its perfectly flat after sanding the two sides so after all that my diffs are silky smooth and function flawless
