One of the factors that made me experiment with the tension was that at the SmartWeigh session it was determined that I was within 10 lbs of the front axle weight limit. By reducing the tension, I place less weight on the front axle. I should add that I had changed my bumpers for Iron Bulls made of 3/16" steel plate, cut and welded to shape; the front bumper weighs about 200 lbs. This change was mitigated by the fact that there were no tow hooks on the front of my TV, which is 2-wheel drive. In addition, the OEM bumpers were made of soft metal and bent easily; the Iron Bull bumpers will not and have loops to which I have fastened shackles, as well as a winch.
With 7 links dropped, the weight added to each wheel of the TV was 200 lbs - thus 400 lbs to each axle (as determined by SmartWeigh). The hitch is the Reese Straight Line with the dual cams. Sway control is the result of both the dual cams and the angle of the hitch head.
Since each set up is different between rigs, since many factors determine the number of links that need to be under tension, the reason I count dropped links is that it is easier when doing the actual hitching to count from the end of the chain - and that, BTW, was how JC instructed me when the set up the hitch.
On my trip to Toronto, I had noticed I had some steering issues, and I had the wheels aligned while in Toronto. I realized that perhaps I had a bit too much weight attributed to the front axle. As well, on the way back home, I found that steering was good. Perhaps one of the factors may have been which bar was on which side - so when I got home I marked them (wife's nail polish "L" & "R").
The TV is a 1999 Dodge Ram 2500HD with 24-valve Cummins diesel.
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VE3JDZ
AIR 12148
1987 Excella 32-foot
1999 Dodge Ram 2500HD Diesel
WBCCI 8080
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