hrg be wearing skirt today. holy hell her legs are white. :roflsquared:
---------- Post added at 09:13 AM ---------- Previous post was at 09:12 AM ---------- i hungry. DFW pizza for lunch :drool: |
Pics imo :D
DNW to be in history :blah: |
:blah: you arent missing much. you've already seen the good part. :roflmao: :secretshake:
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:secretfistbump:
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need food. :hmm:
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:emobye:
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weep no more my lady.......weep no more today.......and we'll sing one song for my old kentucky home.........................:rofl2:
---------- Post added at 09:46 AM ---------- Previous post was at 09:36 AM ---------- interesting http://sethirdgen.org/images/clutch.jpg :bawl: 3-wire Heated Oxygen Sensor: 25176708 GM List: $109.00 3-wire Weatherpack Connector: 12126012 GM List: $29.34 |
A new dude on GMFS posted these things:
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---------- Post added at 10:03 AM ---------- Previous post was at 09:54 AM ---------- Damn, it got quiet in here. |
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The first part I can understand because you don't have a 1:1 ratio in the transfer case. The second part sounds like bullshit and the dude needs to be smacked. I can understand that being true if you have an electronic locking front diff, but I don't think gm vehicles have that. Hell even the H2s only had it in the rear IIRC. Every chevy or gmc I've EVER seen would only spin one front wheel if it came off the ground. IE-open diff. The part about the rear wheels "just trailing along" is complete bullshit. Just because you engage the t-case doesn't mean you lose forward drive in the rear wheels. Whether in 2wd or 4wd you'll always have power to the rear axle. |
Well, I think his point about the rears trailing along was not that they don't get power but that the front wheels spin faster. However, he posted some example numbers, suggesting that you might have 4.10 rear and 4.11 front; his example would be the opposite of the rears trailing, the rears would push faster than the fronts are pulling.
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It is bullshit. This is the option listed for the 2010 trucks...
G80 Locking Differential - $325 Front mechanical limited slip differential No front locker. |
Anyway, I'd feel really dumb if I spent that much time, effort, and stress being stuck in my own backyard a few times when all I needed to do was fix a vacuum line. I don't know if I'm happy that I wasn't dumb, or if I'm sad that I don't have a locking front diff.
---------- Post added at 10:10 AM ---------- Previous post was at 10:09 AM ---------- Wait, why isn't the transfer case 1:1? |
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On low traction surfaces, having them spin slightly different rate would work fine, but that doesn't explain why I can drive straight for miles in 4HI and not get any binding...it has to be the same.
Can you elaborate on what you said about the t-case not being 1:1? |
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I think he may be confusing final drive ratio and axle ratio. Note this for FWD vehicles with optional 4WD....
GM Steyr crossover power transfer unit equipped vehicles are normally front wheel drive and have an optional 4WD package. GM Steyr crossover power transfer units equipped vehicles are unique because the front final drive gear ratio is different from the rear axle gear ratio. This means that the propshaft rotates at a different speed than the front drive axles. GM Steyr crossover power transfer units are either automatically engaged 4WD or full-time 4WD depending upon the position of a driver controlled mode switch (if equipped). This system utilizes a Twin-Geromatic clutch mechanism in the rear differential to connect the power flow from the power transfer unit to the wheels. There is no 4WD Low on this type of power transfer unit. On GM Steyr crossover 4WD vehicles, the power transfer unit is a gearbox that attaches to a transaxle. The right hand halfshaft engages the transaxle differential side gear inside the power transfer unit. The power transfer unit provides power to the rear propshaft through an input helical gear assembly (carrier), an idler helical gear, and a hypoid bevel gear set which consists of two shaft assemblies supported by tapered roller bearings. The design of this component changes power output from transverse to longitudinal and also positions the propeller shaft assembly near the centerline of the vehicle. The propeller shaft assembly (mated to the output flange of the transfer case) is constantly rotating and spins at a rate equal to an average of the two front wheels. The output gear and rear propshaft are overdriven with the same gear ratio that the rear axle uses for gear reduction. This way the front and rear wheels rotate at the same speed regardless of the transaxle final drive gear ratio. |
Wake up in the morning feelin like
a piece of shittttttttt |
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hi kow
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I hope p diddy doesn't feel like his head is about to explode
and my lower back is killlling me |
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:uhoh:
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