RC10B4.1 FT/WC
#7741
What is the benefit of running a shorty pack? More specifically a Reedy #306. I understand there are greater tuning capabilities, but the pack is much lighter so that will have to have some kind of effect on the car. Looking at the latest AE setup sheets, the guys running the shorty packs haven't really added anymore weight than normal.
#7742
so im going to ask a dumb question, but bare with me, this is my first car that im building. I am noticing on all the setup sheets, for the suspension, it says limiter. what exactly is the limiter? where can i get them? sorry for the stupid question, still learning things
#7743
Ok, so other than pure weight distribution, there is no real benefit to running a pack that is 105g lighter, because it simply weighs less, correct?
#7745
Joined: Nov 2004
Posts: 2,974
From: Norwood, OH...and CCRCR and The OhioRCFactory
Dry.
Dunno yet. Just put the car back together after being stagnant in 2w mod for a while. It no longer has a Novak Cyclone or a 14x2


so im going to ask a dumb question, but bare with me, this is my first car that im building. I am noticing on all the setup sheets, for the suspension, it says limiter. what exactly is the limiter? where can i get them? sorry for the stupid question, still learning things
ASC4187 is the part number per the manual
http://www3.towerhobbies.com/cgi-bin...?&I=LXPA19&P=7
The purpose is to limit downtravel which limits body roll.
#7746
Exactly, that is why I'm a little confused. Running a full size lipo pack is already on the lighter side, so putting a short pack in seems kind of odd. But, there are at least 3 AE drivers testing this. They don't say anything about adding weight to compensate for the short pack. They are just mentioning the weight that is normally added to a modern B4.1 +8mm car.
Yokomo's new 2wd, offers this configuration as well, but none of the cars in the press photos show the electronics on the center line. They simply show one car with a standard size pack and one with a short pack with the electronics in the traditional locations. The only benefit they mention, is greater tunability. So again, you have more weight distribution options, but the car is still over 100g lighter in general.
My hypothesis on the whole matter comes down to the latest trend in 2wd. The longer chassis design. TLR, Associated, Durango, and now Yokomo all subscribe to the longer chassis design concept. Coincidentally, at the same time, short battery packs are being tested in all of these cars. Short battery packs were none existent until longer chassis began to pick up steam, for example the TLR 22. This makes me think that when running a longer car, a shorter battery pack may be more ideal, because of the way the chassis reacts to that particular amount of weight. A sweet bi-product of this, is that the driver has more options for weight distribution.
I don't know, I could be totally wrong about this. It just seems odd to me that 4 company's(that we know of) within the last 10 months have not only started using longer chassis, but shorter battery packs to go with them without any weight compensation.
I am not an engineer, I am just speculating. That is all.
Yokomo's new 2wd, offers this configuration as well, but none of the cars in the press photos show the electronics on the center line. They simply show one car with a standard size pack and one with a short pack with the electronics in the traditional locations. The only benefit they mention, is greater tunability. So again, you have more weight distribution options, but the car is still over 100g lighter in general.
My hypothesis on the whole matter comes down to the latest trend in 2wd. The longer chassis design. TLR, Associated, Durango, and now Yokomo all subscribe to the longer chassis design concept. Coincidentally, at the same time, short battery packs are being tested in all of these cars. Short battery packs were none existent until longer chassis began to pick up steam, for example the TLR 22. This makes me think that when running a longer car, a shorter battery pack may be more ideal, because of the way the chassis reacts to that particular amount of weight. A sweet bi-product of this, is that the driver has more options for weight distribution.
I don't know, I could be totally wrong about this. It just seems odd to me that 4 company's(that we know of) within the last 10 months have not only started using longer chassis, but shorter battery packs to go with them without any weight compensation.
I am not an engineer, I am just speculating. That is all.
#7747
I think the point to put everything in the middle ESC etc. Is to center the weight. I had to add 1/2 oz on the right side to make up for the ESC. inthe end it's more weight than really needs to be there. Having the weight center and rear helps traction which we seem to have a hard time getting
I don't see a point to add weight to balance the buggy out of the weight is not really needed if you can run a shorty pack and move the weight to the center.
I don't see a point to add weight to balance the buggy out of the weight is not really needed if you can run a shorty pack and move the weight to the center.
#7748
u can make your buggy as lightweight as u like, but at the big races u will still need to make weight! so if your allready under weight with a standard size batt, u will be adding alot of weight if your using a shorty pack!! it does allow for alot of tuning options though with weight distribution
#7749
I think the point to put everything in the middle ESC etc. Is to center the weight. I had to add 1/2 oz on the right side to make up for the ESC. inthe end it's more weight than really needs to be there. Having the weight center and rear helps traction which we seem to have a hard time getting
I don't see a point to add weight to balance the buggy out of the weight is not really needed if you can run a shorty pack and move the weight to the center.
I don't see a point to add weight to balance the buggy out of the weight is not really needed if you can run a shorty pack and move the weight to the center.
#7750
That all makes sense to me, but I have yet to see a B4.1, Durango, or Yokomo run the ESC on the center-line with a short pack and you would still need to add a ton of weight to then be legal. I like the idea of centering everything, but where do you add the weight back? There car seems like it would be such a hand full, a perfectly balanced hand full, but a hand full none the less.
That's a good point. I know a lot of people switch over to run saddle packs in the SC10 4x4. Does it really make that big of a difference? Who knows. I guess the same applies to the shorty pack on the Buggy.
But with the main weight centers at least if you need to add weight you can add it evenly throughout the buggy. Sides, rear, front. I am sticking to my stick pack it does just fine for me,
#7751
can somebody explain what moving the ball stud out on the shock tower does? then moving it to the middle hole on the castor block like brent theike setup...
i am guessing it is an in between from the inner shock tower hole inner on block and inner on shock tower and middle on blocks?
even the rear he moved the holes one over on the hubs and u brace...??
i am guessing it is an in between from the inner shock tower hole inner on block and inner on shock tower and middle on blocks?
even the rear he moved the holes one over on the hubs and u brace...??
#7752
I just switched to the hex front conversions and have a question. I bought the new jconcepts nuts for the front they are serrated and I am using the de wheels. I don't have enough room for any socket to fit around that nut without hitting the wheel in the front... Rear ones have plenty of room.
Is there a special tool for this, I see the jconcepts nuts have indents around them? What is everyone using for the front wheels?
Thanks!
Is there a special tool for this, I see the jconcepts nuts have indents around them? What is everyone using for the front wheels?
Thanks!
#7753
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