You are basically correct. NOT a smart a$$ question...really!
It had to be proven to me through actually comparison of larger mAh batteries to lower mAh batteries. I can't give you the exacto mundo scientific explanation nor am I interested in it. All I know (by proving it) that more amps SHOVE the volts through more quickly, forcefully, and efficiently...or allow more amps to be delivered to the ESC/Motor, thus more power because VOLTS X AMPS = WATTS/
Trust me. (yeah, I know...about the bridge in brooklyn, etc.) Prove it to yourself. It really does work!
Mini Cat Racing USA
www.minicatracingusa.com
Thanks sailr..
I got a good deal on tower, not as good as you ! ah
Hey what do you think about the Carbon Graupner 3 blade props?
http://www.offshoreelectrics.com/pro...od=grp-2299.39
http://www.offshoreelectrics.com/pro...od=grp-2299.42
Sorry, don't have any pics. I'll try to get some this weekend. I have read in many different places, including at least on UL-1 thread in one of the forums that the rudder bottom and leading edge should be rounded. I think it is to kill the lift that the flat bottom can create but don't quote me on that.
Mini Cat Racing USA
www.minicatracingusa.com
Don't be so quick to discount the graupner K series. I use them quite a bit and have never thrown a blade. Use them to find the size that works best and then get a metal one if you want. They have held up well on everything from my SV to my DF 33 on 4s and 5s setups.
Grand River Marine Modellers
https://www.facebook.com/search/top/...ne%20modellers
The lower resistance in the larger cells allows more voltage to get to the motor.
mAH = milli Amp Hour - it's a rating of battery capacity (fuel tank size). It means that the battery can supply X milli Amps for one hour, or 1 milli Amp for X hours (roughly).
A milliAmp is 1/1000th of an amp. A 4000mAH cell can provide 4 amps for one hour.
Andy
Spektrum Development Team
Its not that tricky to find;
http://www.offshoreelectrics.com/products.php?cat=58
http://www.offshoreelectrics.com/products.php?cat=59
I am currently running a K54mm on my DF and a K48mm on my SV. Ran the DF yesterday in about 3 inches of chop and the prop was in and out of the water quite a bit. No problems with the blades when going from fully unloaded (air borne) to fully loaded (in the water).
Grand River Marine Modellers
https://www.facebook.com/search/top/...ne%20modellers
Bookmarks