Tekno SCT410 Thread
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yeah, at least I am not alone lol.
4 is what I am thinking on the EB48 as it was listed as 4.5 with the +1.5 brace. Though, as I mentioned, it doesn't make sense if its truly "+1.5" on that vehicle as I thought max before it was 3.5.
If someone from Tekno can confirm and even better have a handy diagram that would be great.
4 is what I am thinking on the EB48 as it was listed as 4.5 with the +1.5 brace. Though, as I mentioned, it doesn't make sense if its truly "+1.5" on that vehicle as I thought max before it was 3.5.
If someone from Tekno can confirm and even better have a handy diagram that would be great.
my understanding is
stock max toe with hubs Left/Left right/right is 4 degrees
with the lrc block 5 degrees..... with hubs left/right right/left puts you back to 4 degrees
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You're correct but a better way to get to 4 degrees would be to keep the left on the left, right on the right, and use the center dot pill.
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yeah, at least I am not alone lol.
4 is what I am thinking on the EB48 as it was listed as 4.5 with the +1.5 brace. Though, as I mentioned, it doesn't make sense if its truly "+1.5" on that vehicle as I thought max before it was 3.5.
If someone from Tekno can confirm and even better have a handy diagram that would be great.
4 is what I am thinking on the EB48 as it was listed as 4.5 with the +1.5 brace. Though, as I mentioned, it doesn't make sense if its truly "+1.5" on that vehicle as I thought max before it was 3.5.
If someone from Tekno can confirm and even better have a handy diagram that would be great.
![blushing](https://www.rctech.net/forum/classic_images/smilies/blush.gif)
I do plan on having a diagram up on the first post I just haven't gotten around to it yet.
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For the SCT410, thought stock max was 4.5? At least that is what I am seeing on some of the setup sheets like these:
http://www.teknorc.com/tekno5/wp-con..._high_bite.pdf
http://www.teknorc.com/tekno5/wp-con...h_med_bite.pdf
So my mind, then it would be 5.5 with the new LRC block.
But if what you say is true (4.0 degrees stock, 5.0 with LRC block) that's cool, just want to make sure on the same page
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sounds good. That explains why on the EB48 the whole +1.5 didn't make sense to me when I was thinking 3.5 lol.
For the SCT410, thought stock max was 4.5? At least that is what I am seeing on some of the setup sheets like these:
http://www.teknorc.com/tekno5/wp-con..._high_bite.pdf
http://www.teknorc.com/tekno5/wp-con...h_med_bite.pdf
So my mind, then it would be 5.5 with the new LRC block.
But if what you say is true (4.0 degrees stock, 5.0 with LRC block) that's cool, just want to make sure on the same page![Big Grin](https://www.rctech.net/forum/classic_images/smilies/biggrin.gif)
For the SCT410, thought stock max was 4.5? At least that is what I am seeing on some of the setup sheets like these:
http://www.teknorc.com/tekno5/wp-con..._high_bite.pdf
http://www.teknorc.com/tekno5/wp-con...h_med_bite.pdf
So my mind, then it would be 5.5 with the new LRC block.
But if what you say is true (4.0 degrees stock, 5.0 with LRC block) that's cool, just want to make sure on the same page
![Big Grin](https://www.rctech.net/forum/classic_images/smilies/biggrin.gif)
![blushing](https://www.rctech.net/forum/classic_images/smilies/blush.gif)
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ah okay. Ignore my pm response to what you said on toe then.
Alright so in short, stock max toe for SCT410 4.0 and 3.0 for the EB48.
Then add whatever the block you are using gives.
Assuming you guys will eventually make a new setup sheet reflecting these things? Got the printer ready when it is![Laughing](https://www.rctech.net/forum/classic_images/smilies/laugh2.gif)
Last thing for me is antisquat based on the EB48.2 setup sheet that I hope you can get me straight on via the pm I sent.
Thanks again!
Alright so in short, stock max toe for SCT410 4.0 and 3.0 for the EB48.
Then add whatever the block you are using gives.
Assuming you guys will eventually make a new setup sheet reflecting these things? Got the printer ready when it is
![Laughing](https://www.rctech.net/forum/classic_images/smilies/laugh2.gif)
Last thing for me is antisquat based on the EB48.2 setup sheet that I hope you can get me straight on via the pm I sent.
Thanks again!
![Default](https://www.rctech.net/forum/images/icons/icon1.gif)
ah okay. Ignore my pm response to what you said on toe then.
Alright so in short, stock max toe for SCT410 4.0 and 3.0 for the EB48.
Then add whatever the block you are using gives.
Assuming you guys will eventually make a new setup sheet reflecting these things? Got the printer ready when it is![Laughing](https://www.rctech.net/forum/classic_images/smilies/laugh2.gif)
Last thing for me is antisquat based on the EB48.2 setup sheet that I hope you can get me straight on via the pm I sent.
Thanks again!
Alright so in short, stock max toe for SCT410 4.0 and 3.0 for the EB48.
Then add whatever the block you are using gives.
Assuming you guys will eventually make a new setup sheet reflecting these things? Got the printer ready when it is
![Laughing](https://www.rctech.net/forum/classic_images/smilies/laugh2.gif)
Last thing for me is antisquat based on the EB48.2 setup sheet that I hope you can get me straight on via the pm I sent.
Thanks again!
A new setup sheet for the SC could be done, but it would only add the numbers and the double dot inserts. We will fix it but it's not a huge priority.
The EB48.2 and both of the nitro sheets are accurate though.
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so what is every one running in diff oil and shock oil I am running on blue grav hard pack clay and dusty track what would you setup from this need help
Tech Regular
iTrader: (8)
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i run indoors and outdoors right now and ive been running 5-7-3 for diff oils at both tracks and works good. shocks for indoor i run 27.5 rear ae oil and 30 in the front ae oil. the outdoor tracks are about 30 rear ae oil and 32.5 front ae oil running the 8x1.3 pistions
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Wow what a day at the track. We have a SC Cup where we race at different tracks and now the last event was at a super dusty, slippery track that had jumps with bad approach angles those kicked the arse of the SCT mile high. We had lot's of SCT:s running there, some tried there luck with the new standard setups and their ass kicked much more violently.
We tried to tune it out with different approaches and setups. We tried all the standard stuff for super low traction and went to Grey/Grey or Black/Grey with stock pistons and 30/27.5 Losi Oil which helped some but the rear was just bucking on some jump faces.
Earlier when lot's of guys complained about nose diving (which I or the others in our club haven't experienced) I was like this isn't a problem of our truck but now I have seen what certain jumps can do.
Other cars had less of problems on these jumps.
I would really like to see some pro-setups for low-med-high traction tracks and see especially the shock choices. I am totally lost on the reasoning behind Yellow/Pink springs the truck comes with now. You simply can't lower the front to 24-25 with them. I tried to help a fellow racer who bought his SCT recently.
We tried to tune it out with different approaches and setups. We tried all the standard stuff for super low traction and went to Grey/Grey or Black/Grey with stock pistons and 30/27.5 Losi Oil which helped some but the rear was just bucking on some jump faces.
Earlier when lot's of guys complained about nose diving (which I or the others in our club haven't experienced) I was like this isn't a problem of our truck but now I have seen what certain jumps can do.
Other cars had less of problems on these jumps.
I would really like to see some pro-setups for low-med-high traction tracks and see especially the shock choices. I am totally lost on the reasoning behind Yellow/Pink springs the truck comes with now. You simply can't lower the front to 24-25 with them. I tried to help a fellow racer who bought his SCT recently.
Tech Initiate
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Wow what a day at the track. We have a SC Cup where we race at different tracks and now the last event was at a super dusty, slippery track that had jumps with bad approach angles those kicked the arse of the SCT mile high. We had lot's of SCT:s running there, some tried there luck with the new standard setups and their ass kicked much more violently.
We tried to tune it out with different approaches and setups. We tried all the standard stuff for super low traction and went to Grey/Grey or Black/Grey with stock pistons and 30/27.5 Losi Oil which helped some but the rear was just bucking on some jump faces.
Earlier when lot's of guys complained about nose diving (which I or the others in our club haven't experienced) I was like this isn't a problem of our truck but now I have seen what certain jumps can do.
Other cars had less of problems on these jumps.
I would really like to see some pro-setups for low-med-high traction tracks and see especially the shock choices. I am totally lost on the reasoning behind Yellow/Pink springs the truck comes with now. You simply can't lower the front to 24-25 with them. I tried to help a fellow racer who bought his SCT recently.
We tried to tune it out with different approaches and setups. We tried all the standard stuff for super low traction and went to Grey/Grey or Black/Grey with stock pistons and 30/27.5 Losi Oil which helped some but the rear was just bucking on some jump faces.
Earlier when lot's of guys complained about nose diving (which I or the others in our club haven't experienced) I was like this isn't a problem of our truck but now I have seen what certain jumps can do.
Other cars had less of problems on these jumps.
I would really like to see some pro-setups for low-med-high traction tracks and see especially the shock choices. I am totally lost on the reasoning behind Yellow/Pink springs the truck comes with now. You simply can't lower the front to 24-25 with them. I tried to help a fellow racer who bought his SCT recently.
R/C Tech Elite Member
iTrader: (10)
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Earlier when lot's of guys complained about nose diving (which I or the others in our club haven't experienced) I was like this isn't a problem of our truck but now I have seen what certain jumps can do.
Other cars had less of problems on these jumps.
Other cars had less of problems on these jumps.
some changes for that but the springs cure 90% of the bucking problem. Right
now I am running Pink fronts with Kyosho Orange Rear.
I am totally lost on the reasoning behind Yellow/Pink springs the truck comes with now. You simply can't lower the front to 24-25 with them. I tried to help a fellow racer who bought his SCT recently.
You dont have the shock rod ends screwed on all the way, or you have Orings in between the cup and rod end. Nothing wrong with the springs.
Tech Apprentice
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Hey all,
Both of my inner rear hub ball bearings went out at the same time today. Not sure if due to basic wear, or something specific I did. I've been driving my truck for 2 months, approx 8-10 full battery packs each week. Is this a normal amount of time for these bearings to last, or should they last longer?
I run the HW4700 on 2S with a 16t pinion under most conditions. Recently I've been doing some on-road speed runs by putting a 18t pinion in (taking pauses when motor temps started getting high). I did try putting in a HW4000kv on 3S with a 13t pinion (final RPM's just slightly higher than the 4700 on 2S with a 16t), and did not reduce the current limiter from 65% (which is what I was running in the 2S setup).
Are the busted bearings due to a max RPM issue, an acceleration/3S issue (current limiter set to too high), or a 2 month heavy use normal wear issue (or something else)? What are the most common causes of fried ball bearings?
As an FYI, I'm still learning to drive the truck with some control on tracks (practice runs only), and no, I'm not looking to compete in ROAR sanctioned events (hence the 3S setup on a 4-pole HW).
Both of my inner rear hub ball bearings went out at the same time today. Not sure if due to basic wear, or something specific I did. I've been driving my truck for 2 months, approx 8-10 full battery packs each week. Is this a normal amount of time for these bearings to last, or should they last longer?
I run the HW4700 on 2S with a 16t pinion under most conditions. Recently I've been doing some on-road speed runs by putting a 18t pinion in (taking pauses when motor temps started getting high). I did try putting in a HW4000kv on 3S with a 13t pinion (final RPM's just slightly higher than the 4700 on 2S with a 16t), and did not reduce the current limiter from 65% (which is what I was running in the 2S setup).
Are the busted bearings due to a max RPM issue, an acceleration/3S issue (current limiter set to too high), or a 2 month heavy use normal wear issue (or something else)? What are the most common causes of fried ball bearings?
As an FYI, I'm still learning to drive the truck with some control on tracks (practice runs only), and no, I'm not looking to compete in ROAR sanctioned events (hence the 3S setup on a 4-pole HW).
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HW rates both the 3400kv and the 4000kv for 3S use (the Xerun 3656SD). I have used the 4000kv on 3S, and it would not hold up to a long race run. I was able to run for short burst of time (2-3 minutes), and while the truck was insanely fast and fun to bash with that config, the motor temps got too hot to even consider anything longer.
I have not tried the 3400kv, nor have i seen anyone post that they have tried it. To me this has the best potential since the RPM's are at least in the ballpark of running 4700kv on 2S. So if anyone out there has run the 3400kv on 3S, please speak up!
I have not tried the 3400kv, nor have i seen anyone post that they have tried it. To me this has the best potential since the RPM's are at least in the ballpark of running 4700kv on 2S. So if anyone out there has run the 3400kv on 3S, please speak up!