RC-Monster Forums - View Single Post

jpoprock · 12.12.2009, 08:12 PM

Yeah, that's what I thought too. But don't forget about the variables found if you take the resistance of the base ohmage and multiply by the sum of your top speed and heat index, you can then decide to what degree you need to set the hyper-threading mechanism inside the compression chamber of cell #1, and ONLY cell #1!!!

However, this is best realized in a 1:3 application. You were speaking of a 1:1, making the scenario moot really. But in either event, you should be able to finally arm the flux capacitor properly.

Hope this helps!

Steven Hawking

	(#183)
jpoprock "Don't act like you're not impressed." Offline Posts: 358 Join Date: Oct 2008 Location: Central Indiana	12.12.2009, 08:12 PM Yeah, that's what I thought too. But don't forget about the variables found if you take the resistance of the base ohmage and multiply by the sum of your top speed and heat index, you can then decide to what degree you need to set the hyper-threading mechanism inside the compression chamber of cell #1, and ONLY cell #1!!! However, this is best realized in a 1:3 application. You were speaking of a 1:1, making the scenario moot really. But in either event, you should be able to finally arm the flux capacitor properly. Hope this helps! Steven Hawking ERBE: RCM 1/8 Hybrid Diffs, NEU 1515/2.5d/S MMM, 6S, Losi E-XXL CUSTOM, Neu1515 2.5d, MMM, 6s E-SLAYVO PRO ERevo Chassis w/ Pro 3.3 parts, NEU 1512, MMM, 4S.