by CaboWabo

To start, you need to make any cuts or trimmings on the body that you’ll want in the finished project. For instance, if you’re going to use the body on a “dual-celled” chassis, you’ll need to cut out the part of the body that will allow it to fit on the chassis while having the extra battery. Or another instance could be fixing the molding imperfections on the body, sometimes the molds don’t quite match-up and cause a crease, get rid of those. Continue this process until you have all your cuts made and smoothed out. The cuts and trimmings should be completed with the idea in mind that those cuts and trimmings are final, you will not be able to do any “touch-up” work after you begin so make sure you’ve got it like you want it before moving on.

Read the rest of this entry »

by CaboWabo

Read the rest of this entry »

by CaboWabo

First off, you’re going to need 2 pullbacks obviously, you’re wanting to get a set of 4 rear pullback wheels and a set of 4 front pullback wheels. That means you’re going to end up with 2 bits skatin on daytons along with 2 extra bodies! You?re going to need 2 rear axles with the gear to put the new pullback wheels on and small drill bit, slightly smaller in diameter to the front pins being used. And of course you?ll need the essential hobby knife.

Read the rest of this entry »

by CaboWabo

Say hello to our little friend… the pullback.
What is a pullback you ask? It is a car you put on the floor, pull back to wind it up, let go and it takes off. It’s not a radio controlled car.

So now you’re probably wondering what’s so special about these little things when we’re into R/C versions of the same thing? Mainly, people are interested in the tires, rims, and the body, those all are compatible with Bits and are slightly different items than what you could normally get for your Bit, and it’s rather in-expensive. You’ll also notice that the back rims and tires a slightly wider than the front.

Read the rest of this entry »

by CaboWabo

This tool uses an “approximation” to figure out your speeds. Results will vary based upon user’s input, we hope you find it fun and useful!

It should also be noted that this “calculator” is approximate because it uses 1/70 as the scale size for a Bit. (As I was told, this was the closest scale to an actual Bit)

Read the rest of this entry »