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French Tickler Buggy

I knew this axle was junk when I built the buggy. It's a miracle it held 3 years of the pretty good beatdowns I gave it.

I'm putting together another axle for the next season. Another 14 bolt, 300M MW spool and shafts, big truss and ultra light brakes.

I think that could be re-welded and last even longer. But I guess if you have better one, who can argue with that?
 
Sucks you ripped the truss off but definitely could have been worse...looks like the coilovers and bypasses didn't get damaged.
 
LMFAO at the keyboard warriors.

The truss is completely tweaked. It ripped half the material at the toe of the weld.

ba552d7e-a451-4781-91b5-a743e7a6637e-jpeg.jpg


0094d1db-cdac-414f-943e-3db09e9cb798-jpeg.jpg


It was welded properly, buy someone who knows what he's doing (not me).

In the break, it also spun one of the tubes that was welded to the housing. It also cracked the 3/8 plate horizontally on the front side.

I broke it after a full tilt attempt at a big waterfall and the heavy bitch came back down a few feet and caught traction while at rev limiter.

While I agree the truss design is less than good (no pinion tie in and very limited weld length), saying the welds are what failed is bullshit.

I knew better and I should have added reinforcement to the truss a long time ago.

Since this axle was shit already (bent tubes and shaved housing), I didn't care.



Rugger99 : that's the beauty of trailing arms, shocks are completely fine.
 
No shit, as much as I don't really like those artec (or similar) trusses. It's pretty obvious it was not burned on hot enough.
I meant actually tying it into the center section with some nickle rod or whatever.

While I agree the truss design is less than good (no pinion tie in and very limited weld length), saying the welds are what failed is bullshit.

Exactly. It fell of because it was a wet noodle and it flexed and twisted and tore out at the ends. Which is why you should burn it in over its full length so it can't do that again. :flipoff2:
 
LMFAO at the keyboard warriors.

The truss is completely tweaked. It ripped half the material at the toe of the weld.

ba552d7e-a451-4781-91b5-a743e7a6637e-jpeg.jpg


0094d1db-cdac-414f-943e-3db09e9cb798-jpeg.jpg


It was welded properly, buy someone who knows what he's doing (not me).

In the break, it also spun one of the tubes that was welded to the housing. It also cracked the 3/8 plate horizontally on the front side.

I broke it after a full tilt attempt at a big waterfall and the heavy bitch came back down a few feet and caught traction while at rev limiter.

While I agree the truss design is less than good (no pinion tie in and very limited weld length), saying the welds are what failed is bullshit.

I knew better and I should have added reinforcement to the truss a long time ago.

Since this axle was shit already (bent tubes and shaved housing), I didn't care.



Rugger99 : that's the beauty of trailing arms, shocks are completely fine.

You can obviously see that welds did not penetrate the truss material in the first set of pics and this last one. Just because it took some abuse to make it fail doesn't mean it was done right :flipoff2:

Not going to use this as an excuse to go queer steer?
 
LMFAO at the keyboard warriors.

The truss is completely tweaked. It ripped half the material at the toe of the weld.

ba552d7e-a451-4781-91b5-a743e7a6637e-jpeg.jpg


0094d1db-cdac-414f-943e-3db09e9cb798-jpeg.jpg


It was welded properly, buy someone who knows what he's doing (not me).

In the break, it also spun one of the tubes that was welded to the housing. It also cracked the 3/8 plate horizontally on the front side.

I broke it after a full tilt attempt at a big waterfall and the heavy bitch came back down a few feet and caught traction while at rev limiter.

While I agree the truss design is less than good (no pinion tie in and very limited weld length), saying the welds are what failed is bullshit.

I knew better and I should have added reinforcement to the truss a long time ago.

Since this axle was shit already (bent tubes and shaved housing), I didn't care.



Rugger99 : that's the beauty of trailing arms, shocks are completely fine.
I was giving you shit, don't take it too personal:laughing:
But i do hope you bridge the new one to the both the pinion and the cover for extra better support:flipoff2:
 
I beam trusses are garbage. I beams can twist up like bacon. Not that twisted bacon is a bad thing.

Just because a vendor makes an I beam truss and poors buy them does not mean they should be used.

Thoughts on the BK design ?

Slide13_7052fcaa-80ee-4bf8-adc2-e33f580f9e4f_500x.jpg


My other option (and I like it better since I have it at the shop already) is the full length Artec with pinion tie in:

TR1403-GNKQ.jpg



I'm thinking I could only use the top plate and then completely box the thing all the way to create a fully welded assembly. Kinda like that without the logo/speed holes and with more ribbing inside (for her pleasure :laughing:).

s157808467826321046_p197_i1_w1163.png
 
Not going to use this as an excuse to go queer steer?
I have a rear steer housing that's ready to go.

But I elected not to run rear steer a few months ago already. Not compatible with my peanut brain that just wants to mash the throttle and go fast. And not compatible with my wallet to do it properly.

Already touched on the topic here :


and here :

 
I knew this axle was junk when I built the buggy. It's a miracle it held 3 years of the pretty good beatdowns I gave it.

I'm putting together another axle for the next season. Another 14 bolt, 300M MW spool and shafts, big truss and ultra light brakes.
I was gonna guess a tundra center section with semi float 8lug outers on a fabbed housing or something cool like that, not some cookie cutter 14bolt, fail:flipoff2:
 
I have the full width Artec. Seems good but still needs a gusset on the pinion plate. I'm not a fan of the bent 3/8 plate without a gusset in it.
harlan waterfall.jpg
Cool picture !
I have the same truss in a box nearby, hence why I would have used it without thinking about it too much.
But now I'm interested in the public's opinion / input / design ideas.

No matter what a pinion tie-in is obviously going to be part of it.
 
I also liked that design from them (seems like the pinion tie-in would be a lot stronger), but they don't make one with a full truss that goes all the way:

Capture.JPG
 
Obviously the pinion tie in is to help with the trust peeling off, but do you think that you'll need/want the full length truss? Are you going 4" tubes at the same time?

I'm no engineer, but I've heard some people say that the full length can lead to bent spindles since there is no give in the housing.
 
3.5" tubes.

My 4" tube is setup for rear steer, maybe one day I'll want to use it and/or sell it.

I do not care if the spindles bend, that'll be another weak link to fix. It's not like having bent axle tubes is a much better option.
 
Obviously the pinion tie in is to help with the trust peeling off, but do you think that you'll need/want the full length truss? Are you going 4" tubes at the same time?

I'm no engineer, but I've heard some people say that the full length can lead to bent spindles since there is no give in the housing.
Unit bearings and cups solve that possibility.
Full length trusses are one area I would be ok with adding the weight. 100% here due to application and driver.
 
I have the full length Artec on my 14b with the pinion tie in and the guard cut off. It hasn't been a issue and supports my bump pads and such. My biggest bitch is it's tall and there's not much meat in the center under the main plate but there's a big fawking gap.
 
3.5" tubes.

My 4" tube is setup for rear steer, maybe one day I'll want to use it and/or sell it.

I do not care if the spindles bend, that'll be another weak link to fix. It's not like having bent axle tubes is a much better option.

What's the solution if you're bending spindles?

I think the idea is to use a tube that holds up to what you're doing, but has some gibe, not just bend tubes :laughing:

Were you bending the 3.5" tubes with the current axle?
 
Unit bearings and cups solve that possibility.
Full length trusses are one area I would be ok with adding the weight. 100% here due to application and driver.

Absolutely. But I'm trying to use what I have laying around here. Got like 5 14 bolts available including one with Mark Williams spool and shafts.
If I'm building a custom housing, I'm going UBs, 4" tubing and 10" centersection.

What's the solution if you're bending spindles?
See above

I think the idea is to use a tube that holds up to what you're doing, but has some gibe, not just bend tubes :laughing:

Were you bending the 3.5" tubes with the current axle?
Yes, tubes are bent on current housing.
I don't think you understand how I drive and what I do with my rig :grinpimp:

Shit that "flexes but doesn't give" never works out in the long run.
 
I didn’t waste too much time since I have to ride this weekend.

This will be the last ride of this axle so I only cared about it holding one last beatdown.

Hope you’ll laugh at this beautiful disaster :dustin:

0cfa88be-deae-4f00-a1fc-14bcc0236ed6-jpeg.jpg


be38bd0b-8e85-429d-a24c-ce94fa4038bc-jpeg.jpg
 
Absolutely. But I'm trying to use what I have laying around here. Got like 5 14 bolts available including one with Mark Williams spool and shafts.
If I'm building a custom housing, I'm going UBs, 4" tubing and 10" centersection.


See above


Yes, tubes are bent on current housing.
I don't think you understand how I drive and what I do with my rig :grinpimp:

Shit that "flexes but doesn't give" never works out in the long run.

I get, your group breaks parts. You're not that special :flipoff2:

Everything flexes.

I'm not saying that your approach is wrong, just trying to provide a different perspective besides "moar truss"

I've heard a few people with the theory that a full truss only moves the problem to the spindle. I'll be curious what your experience will be here.

Obviously is 3.5" tubes aren't enough, you have to do something. Maybe you're just beyond the point of using junkyard axles :flipoff2:
 
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