****Help Please novak 4.5r and GTB esc****
#1
****Help Please novak 4.5r and GTB esc****
i just got a new novak 4.5 brusless and gtb esc combo now here lies mmy problem........ Every thing works great amazing acceleration but absolutly NO REVERSE I have used the 1 button setup numerous times just to make sure it wasnt just me any body have similar issues or know how i can go about fixing it??? any help would be greatly apprecited
#2
Tech Regular
iTrader: (7)
RTFM dude.
http://www.teamnovak.com/download/in...rg_gearing.pdf
The default setting (which the 1 button setup goes to) does not have reverse.
http://www.teamnovak.com/download/in...rg_gearing.pdf
The default setting (which the 1 button setup goes to) does not have reverse.
#3
thank you that was exactly what i needed i didnt have that in my box all i had was the basic setup guide. I read manuals lol
#5
hey i was wondering what was the best gear setup to switch to with my new motor
#6
What car is this set-up in, and what conditions are you running it in?
#7
its a older stampede annd it is used for more on road then off its the 4.5r velociti motor and gtb esc
#8
and also if i replace the traxxas radio system with a jr xr2i would it reduce interference?
im sorry im such a noob i greatly appreciate u guys sharing ur rc knowledge with me
im sorry im such a noob i greatly appreciate u guys sharing ur rc knowledge with me
#9
The Novak GTB should have come with a gearing guide; if you can't find it, it's located here (pdf file). The stampede is close to an off-road stadium truck. On that form, the recommended final drive ratio for a 5.5R is 13:1. You've got a 4.5R, which would require a taller ratio, probably around 13.5:1.
The Stampede internal ratio is around a 2.72:1, and the stock spur gear is 78 teeth, I believe (Google searching for the win!). So, to achieve a 13.5:1 final drive ratio, you'll need:
13.5/2.72 = 4.96 pinion/spur ratio
78/4.96 = 15.7 tooth pinion.
So I would recommend starting with a 16 tooth pinion. If you want more acceleration, you could go down to a 15 tooth; if you want more top end speed I would go to a 17 tooth. Be careful to monitor the temperatures though - your first time out, run for a few minutes then feel the motor. If you can keep your finger on the motor can for a second or two, you're fine; if its too hot to touch for even a second you probably need to change the gearing.
There's a nice article about gearing the Stampede here.
With electrical interference, it can be a very tough call. Did the glitching start when you put the GTB/4.5R system in? If yes, then upgrading the rest of the electronics would probably help the problem. If its been a persistent glitch, from even before the GTB, then its hard to say what could be causing it without physically inspecting the vehicle. I would recommend looking into a 2.4 GHz system like the spektrum line of radios, as those are less prone to electrical interference.
The Stampede internal ratio is around a 2.72:1, and the stock spur gear is 78 teeth, I believe (Google searching for the win!). So, to achieve a 13.5:1 final drive ratio, you'll need:
13.5/2.72 = 4.96 pinion/spur ratio
78/4.96 = 15.7 tooth pinion.
So I would recommend starting with a 16 tooth pinion. If you want more acceleration, you could go down to a 15 tooth; if you want more top end speed I would go to a 17 tooth. Be careful to monitor the temperatures though - your first time out, run for a few minutes then feel the motor. If you can keep your finger on the motor can for a second or two, you're fine; if its too hot to touch for even a second you probably need to change the gearing.
There's a nice article about gearing the Stampede here.
With electrical interference, it can be a very tough call. Did the glitching start when you put the GTB/4.5R system in? If yes, then upgrading the rest of the electronics would probably help the problem. If its been a persistent glitch, from even before the GTB, then its hard to say what could be causing it without physically inspecting the vehicle. I would recommend looking into a 2.4 GHz system like the spektrum line of radios, as those are less prone to electrical interference.