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Posted

Can redrill stud pattern and machine surface of discs but nothing else according to the book. 

CCM brake chapter is due to be updated shortly but I'm not sure if anything is changing regarding disc machining 

20240718_114447.jpg

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Posted
19 hours ago, kws said:

Having to machine a consumable part sounds like a sucky idea too

I agree. Back to some kind of bolt on plan.

Posted
1 hour ago, zep said:

I agree. Back to some kind of bolt on plan.

Can you mount the sensor off a revised version of your caliper bracket and mount some sort of pickup ring to the back of your hub?

 

Posted
On 19/07/2024 at 09:47, Bling said:

How picky is the sensor? Would it pick up the rotor vanes?

I thought about this, but the sensor diameter is wider than the vanes, so wasn't sure it'd actually pick them up.

On 19/07/2024 at 11:07, GARDRB said:

Can you mount the sensor off a revised version of your caliper bracket and mount some sort of pickup ring to the back of your hub?

 

I've already made the caliper brackets, so this is what I've come up with. Bolts to the back of the hub-rotor bolts (they were getting a nut anyway), and the sensor bracket just screws into the old rotor cover bolt holes on the knuckle.

20240722_090717.jpg.17eb8ef6cf3f0659e46fd616d3e50ee6.jpg

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Posted
13 hours ago, ajg193 said:

Can you pick up the bolts/studs with the sensor?

That was what I tried first, but the distance between the back of the knuckle and the end of the bolt was not enough to fit the sensor in. I think this plan will work well.

Posted

I'm afraid that I already know the answer to this, but https://fabhouse.com.au/ are now doing lower Gemini control arms and replacement adjustable spring perches for the cross member. What is the possibility of this being certable?

452573856_1002727231639227_7351643022619570019_n.thumb.jpg.b06c93c1abf12d68efe8f5b60d594dfd.jpg

Standard suspension.

gem_sus.jpg.c78db630bbe70ded85cb506a861a1ba6.jpg

The stock bump stop tower would be removed from the xmember and the replacement upper perch welded in.

452873560_1002742961637654_8336392019727706119_n.thumb.jpg.5eb45651be33cdeac3ef185fef65b09f.jpg

Posted
50 minutes ago, cletus said:

lvvta would likely not allow that design due to threaded rod ends loaded that way

What is the issue and what would need to change? Is it the weight-bearing/torque on the rod?

I've just looked at the manual, which says that they prefer shims or eccentric bushings for camber/caster adjustment, but that threaded can be accommodated if an inspection hole is drilled.

To add more information, the threaded sections are 32x3mm which is quite a lot larger than table 6.2 suggests.

Posted

Just me or do some welds on that arm look less than ideal? I know some don't look finished (I hope) but others look like welds I'd do if in a hurry.

Posted

from info sheet 04-2020

 

to find this info you must play the game of read every document ever and try to remember where it is written

 

Spherical bearing rod ends with threaded sections should not be used in a situation where a vehicle’s corner weight and suspension loads will travel directly through the threaded section of the joint ‘in bending’. In some cases, a spherical bearing rod end can be used as an inner joint on a loaded arm where the loads are significantly lower; however, the suitability is dependent on the position of the spring on the arm (the further inboard the spring, the greater the load on the inner joint), and such a situation may require engineering analysis to validate the loads, or may require individual approval from the Technical Advisory Committee (TAC).

 

 

 

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Posted
34 minutes ago, cletus said:

from info sheet 04-2020

 

to find this info you must play the game of read every document ever and try to remember where it is written

 

Spherical bearing rod ends with threaded sections should not be used in a situation where a vehicle’s corner weight and suspension loads will travel directly through the threaded section of the joint ‘in bending’. In some cases, a spherical bearing rod end can be used as an inner joint on a loaded arm where the loads are significantly lower; however, the suitability is dependent on the position of the spring on the arm (the further inboard the spring, the greater the load on the inner joint), and such a situation may require engineering analysis to validate the loads, or may require individual approval from the Technical Advisory Committee (TAC).

 

 

 

Ah yeah, thanks Clint. Sounds like a bit of a too hard basket situation. I am only really keen on the height adjustability. If I was to make just the spring perch to suit a stock diameter spring, and weld it to the xmember (replacing the bumpstop tower), would that potentially be less difficult to get through?

Posted
2 minutes ago, 440bbm said:

Wasnt there a rule saying no mig welded suspension parts or am I dreaming? 


I think that's the case with DIY, maybe not so much for pieces bought from a supplier?

Posted
1 hour ago, zep said:

Ah yeah, thanks Clint. Sounds like a bit of a too hard basket situation. I am only really keen on the height adjustability. If I was to make just the spring perch to suit a stock diameter spring, and weld it to the xmember (replacing the bumpstop tower), would that potentially be less difficult to get through?

Yep that's fine 

Posted
51 minutes ago, Nominal said:


I think that's the case with DIY, maybe not so much for pieces bought from a supplier?

Correct

Reputable arm manufacturer can be mig

Custom made arm tig and ndt only

Oe arm modified where the weld is critical ie if the weld fails- the arm breaks- tig and ndt

If it's a non critical weld on a factory arm, ie welding on a bag mount or steering stop, or strengthening plates, mig is OK  

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Posted
6 hours ago, zep said:

I'm afraid that I already know the answer to this, but https://fabhouse.com.au/ are now doing lower Gemini control arms and replacement adjustable spring perches for the cross member. What is the possibility of this being certable?

452573856_1002727231639227_7351643022619570019_n.thumb.jpg.b06c93c1abf12d68efe8f5b60d594dfd.jpg

Standard suspension.

gem_sus.jpg.c78db630bbe70ded85cb506a861a1ba6.jpg

The stock bump stop tower would be removed from the xmember and the replacement upper perch welded in.

452873560_1002742961637654_8336392019727706119_n.thumb.jpg.5eb45651be33cdeac3ef185fef65b09f.jpg

Maybe instead of a rod end the arms could be made with a weld in cup?

You'd need a shim or eccentric bolt for alignment purposes I guess.

 

https://secure.chassisshop.com/partdetail/C73-441/

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