I don't get why they don't come with the ball joints pre installed. Just adds more time and cost to the end user. They are the only ones that do this, doesn't make sense.
We offer assembly for an additional cost, just like our strut assembly. Lots of guys can do it themselves which lets them buy the UCA set for less money.
Considering your arms are around the same price as other arms on the market, this should not cost more. Camburg arms are your closest match and they come ready to bolt in and they have grease zerks, that marks 2 selling points above your arms. IMO, It's just a way to get more $ out of people and definitely not the right thing to do. The time it takes to press in a set of ball joints is minutes. Support your customers, support your product, provide the customer with a bolt in option like literally everyone else on the market.
We can compare ours to Camburg if you'd like.
1. Our UCA's (arms only) are $400 without ball joints. You can put in inexpensive ball joints (like Moog) if you'd like, to lower the cost. They just don't last as long and don't have the same quality.
2. Our ball joints are the highest quality aftermarket joints that we could possibly find. They are $75 each, 2 for $150, bringing a pair of those with the arms totals $550.
3. As I said before, we offer them assembled for an additional charge, so that would be $610 at current pricing.
4. Greasable fittings = maintenance point. Stock UCA joints are not greasable, and there are plenty of 4th Gens running around with 150K+ miles and stock upper bj's still running just fine. Grease fittings have been known to weaken certain type of joints, mainly because they put a hole right in the middle of it. And they can introduce moisture and dirt in instances where they go from hot to cold very quickly.
5. Camburg is running poly bushings. Quick and easy to install, yet require regular maintenance or at least checking, and greasing. Ours use OEM grade rubber bushings that can't squeak and require no maintenance or greasing, ever.
I'm not saying ours are better or worse than anyone else's. But we DO give the customer all the options, if they want it.
So if someone wants to buy our UCA arms-only with Moog ball joints, it would be ~$480, but I wouldn't sell those joints.
Maybe I'll pick up an OEM joint, take it apart so no filings fall into them, drill the caps and tap them for zerks, and run those. Best of both worlds!
Just installed Dobinsons UCAs. Got alignment done today and after lots of wrenching the guy could only get +3º caster. When turned closer to +3.5º it pushed the camber out of spec (0.7 to 1.0 degrees) so I had to settle for only +3.
My setup is: Bilstein 14" springs, Toytec 1/2" top plate spacer, and TRD struts. My front bumper adds 90 lbs so I don't think I'm too much over 3" of front lift. I'm happy with how it drives, but I know 4º caster would feel better. I watched him adjust the cam bolts all ways seemingly possible, is this as much caster as I can get?
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Just installed Dobinsons UCAs. Got alignment done today and after lots of wrenching the guy could only get +3º caster. When turned closer to +3.5º it pushed the camber out of spec (0.7 to 1.0 degrees) so I had to settle for only +3.
My setup is: Bilstein 14" springs, Toytec 1/2" top plate spacer, and TRD struts. My front bumper adds 90 lbs so I don't think I'm too much over 3" of front lift. I'm happy with how it drives, but I know 4º caster would feel better. I watched him adjust the cam bolts all ways seemingly possible, is this as much caster as I can get?
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Nice stance, how does it ride now since you removed the toytec 1 inch spring perch?
Alignment completed...
How's it tracking on the highway?
Around town, not an issue. I'll be on the freeway tomorrow afternoon, but I suspect it won't be much of an issue either.
Looks like I have just about the same amount of Dobinsons lift as KB180 and the Dobinsons UCAs resulted in very slightly higher caster (than KB180) with the rest of the alignment numbers within spec. The highway tracking is drastically improved and well worth the money. It's not luxury sedan precise, but it's about average now compared to most trucks. Way better than my 2017 F-150. About the same as my stock 2009 Tundra and a little worse than my stock 2006 Tundra (best handling truck I've ever owned).
The UCAs also eliminated the slight steering wobble I was experiencing intermittently after the lift on some roads between 60 - 65 MPH. Could be the result of a better alignment or balance by a competent tech instead of the UCAs.
Does anyone know if these allow for extended travel when used with extended length shocks (kings)? The website doesn't really say one way or the other.
It says it requires at least 1.5" of lift. I will be at about 1.6-1.7" so technically in the range, but what happens when you are on the low end of the lift range? Does that mean it will push caster really high where there is a chance camber or toe won't come in?