#41
|
||||
|
||||
Quote:
Quote:
Quote:
However, this is a long term hobby for me, I'm going to be putting money in this little by little every month for entertainment purposes. My fascination is the competition. Really, you don't even know if your good unless you compete. Competition harbors skill, not only driving skill but car setup skills and maintenance skills. I want to show up to these races and have a challenge, A REAL challenge. I want to win! With an Xmod at a real 1/28 scale race, the mini-Zs aren't stock and I wouldn't have a chance at it. So given the fact that I expect to be doing this over the long run, I'd save my 130 and buy a Z. Then I would, as you like to do, see how fast I can get the car to go versus what it started as, just in the end, I'll be a little poorer and a lot faster. |
#44
|
||||
|
||||
Quote:
Well, there is a couple things to be said about the chassis layout. Certainly the weak point of the MA-010 is the fact that its weight is not well balanced, and has a higher center of gravity when compared to the Xmod evo. Motor placement in the Xmods evo is not so good, there is no airflow to the motor for heat dissipation. Mini-Z motor, especially with heat sink has constant airflow and much better dissipation As expected from the Zs, the Mini-Z is for the most part trackside friendly. The board is easy to get to for adjustment, steering rod is held in by a single clip and also the motor is just a clip as well. These make minor adjustments on track day pretty simple, as long as you don't have to get into the servo which I don't even want to talk about right now . The battery compartment is designed for easy pry out of the batteries. Xmod is less trackside friendly with the exception of the xmod evolution battery compartment, which are easier to remove. Then I'd look at the rolling chassis, In awd form the Xmod evo has too much rotational mass. The driveshaft is a great magnitude larger than could ever be necessary, while the mini-z is much more lightweight. In fact, the entire car is considerably lighter I think. I don't have a scale but Ive held both in my hand and I think the Xmod needs to go on a diet. Of course theres slop in the xmod, i'm sure you've heard that a lot. This slop results in power loss due to vibrational and frictional loss. If we could combine the chassis, that'd be pretty rad. MA-010 motor heat dissipation MA-010 trackside modularity(maybe i made that word up) Xmod evo low center of gravity Xmod evo chassis balance That'd look pretty good. HERE is a thread from another forum aimed at making the ultimate 1/28 scale chassis. |
#45
|
|||
|
|||
that and i would put the motor like the GEN1 xmod so you get rid of 2 gears.
Quote:
|
#46
|
||||
|
||||
That could be positive and negative. While it is simpler and more efficient design to have less gears, your reducing the gearing options you would have.
|
#47
|
|||
|
|||
not really you would have the same as the evo.The motor would have to be raised or lowered.The motor would be a little high but it will be in the middle rear of the car with all the batteries on the bottom.The motor would be the same set up as the radlines.
|
#48
|
||||
|
||||
Evo w/ AWD is about 20-25 grams heavier than MA. Also, on average, MA is about 20 grams heavier than MR. Xmod, if it can keep up, has a horrible weight advantage and can smash through Zs with ease. On the flipside MR can easily outrun any Xmod by a mile.
__________________
|
Currently Active Users Viewing This Thread: 2 (0 members and 2 guests) | |
|
|