YZEATER
1/2 ton status
tRustyK5 said:Aluminum for the steering arm? Looks pretty, but I wouldn't run it...
Rene
X2
making a show truck that will never get wheeled?
tRustyK5 said:Aluminum for the steering arm? Looks pretty, but I wouldn't run it...
Rene
Chaddy said:If you say so....Blazr77400 said:When I add the Hydraulic assist it will take all the stress off the arm anyways.
I Run a 3 axis Daewoo, Anilam, and we have Mori lathe with dual spindles with milling capabilities.Avery4jc said:pretty cool stuff...
so do you run a cnc machine for work?
So you are saying what takes pressure off the pitman arm, doesnt take stress off the steering arm? If you say so....surpip said:X2, how do you figure?![]()
![]()
just by simple physics, adding a hydraulic ram to your steering will put much more force on your steering arms.
less force on your pitman arm, but much more force on your steering arms.
Blazr77400 said:So you are saying what takes pressure off the pitman arm, doesnt take stress off the steering arm? If you say so....
If you connect a hydraulic cylinder to your tierod (or with a double ended cylinder, to the stock tierod mounts) it will take all the stress off the steering box, pitman arm, draglink, steering arm, and studs.
http://www.pirate4x4.com/forum/showthread.php?t=525349&highlight=aluminum+steering
Blazr77400 said:Smart engineers maybe.........
But its the dumb ones that do it on everything.........
What Kind of cad system do you use to test stuff out?
Do you use Cosmos express much? I thought about putting it there and seeing what kind of safety factor it has.
38377k5 said:Well I'm technically still a student about to graduate but we use Solidworks/Cosmosworks
What force would you use?Blazr77400 said:Well enough with the Machinist said....Engineer said.....
Throw it in there and see what it shows. Make a WMV of it.
?I used 6061-T6.54inches said:To test the variables/forces I would use a FEA program.
The big question is what type of Al did you use and what type of annealing process did it go through.
Keep up the GREAT work and don't let the HATERS keep you down, but please listen to those that give you reason behind their friction.
38377k5 said:I totally agree with you. Adding hydro assist take significant pressure off of the frame, steering box, pitman arm, drag link and steering arm and transfers it to the axle tube and tie rod.
surpip said:how in the crap do you figure?
Why is it after adding hydro assist, more people shear stearing arm bolts/studs?
why do you think deadenbear(now reid racing) offers thier knuckles with extra bolt hole in the front(dana 60's)
because the steering arms see all the load of the steering system, think about it, if your tire is wedged against a rock, and you use a hydraulic ram to help you steer, you are adding a ton of force to the steering arm, wich is really just a lever to aid you (your steering system) in turning your tires.
sure it transfers it to the tie rod, wich is connected to???? all together now, the steering arm
surpip said:how in the crap do you figure?
Why is it after adding hydro assist, more people shear stearing arm bolts/studs?
why do you think deadenbear(now reid racing) offers thier knuckles with extra bolt hole in the front(dana 60's)
because the steering arms see all the load of the steering system, think about it, if your tire is wedged against a rock, and you use a hydraulic ram to help you steer, you are adding a ton of force to the steering arm, wich is really just a lever to aid you (your steering system) in turning your tires.
sure it transfers it to the tie rod, wich is connected to???? all together now, the steering arm
Im 99% sure those arms are steel...twoslo4five0 said:im not saying anything but there are other companies making arms out of alum.....i dont know the grade and what not but here it is http://northwestfab.com/dana60steeringarm.html
38377k5 said:Yeah, I know whats attatched to what. The hydro ram (which has much greater steering force than the mechanical steering) only exerts its force between the axle tube and the tie rod. Period. The steering arm, draglink, etc. are just "along for the ride" so to speak. They cannot have any more force put on them than the mechanical steering could muster.
why do you need to distribute the load, if there isen't that much force being aplied to them?38377k5 said:Aftermarket steering arms (and aftermarket knuckles) have that fifth bolt for two reasons. One, many steering bolt/stud failures are attributed to the bolts or nuts coming loose. The second is obviously because there's a fifth bolt to distribute the load to.