โAug-20-2014 07:02 PM
โAug-22-2014 01:06 PM
โAug-22-2014 11:04 AM
Housted wrote:
"Any jerky stops or starts put additional stress on the bed floor."
Not true, the Turnover ball has a very large cross member in front and behind the socket. They are securely bolted to the frame and provide support under the bed for both hitches equally. I have had both and will keep the Andersen. Neither of them rest solely on the bed.
Housted
โAug-22-2014 10:43 AM
โAug-22-2014 10:19 AM
โAug-22-2014 07:03 AM
Me Again wrote:
Well I guess you failed HS physics as you can not pull and push at the same time.
โAug-22-2014 04:26 AM
Wingnusa wrote:
No one has entertained the original post when I asked about stuff moving around INSIDE the 5er... Has anyone noticed any difference on how much stuff has moved around vs a conventional hitch. I'm being told by someone that the 5er will ride as well or better than having an air hitch. I'm having a tough time with that one...
โAug-21-2014 10:20 PM
Wingnusa wrote:
No one has entertained the original post when I asked about stuff moving around INSIDE the 5er... Has anyone noticed any difference on how much stuff has moved around vs a conventional hitch. I'm being told by someone that the 5er will ride as well or better than having an air hitch. I'm having a tough time with that one...
โAug-21-2014 07:35 PM
N-Trouble wrote:
Sorry but chucking has EVERYTHING to do with the hitch...
If your concerned about 4500lb pin weight this should ease any concern: https://www.youtube.com/watch?v=78l-PadWAro
I have yet to hear anyone who actually "uses" this hitch complain about it, only doubters who can't get over the concept that something so light, simple, and cost effective can be up to the task.
You'll also hear many refer to it as a GN and how it will create additional forces on the kingpin which is entirely untrue. THe fact that the ball is raised makes it no different than any other 5er hitch in this regard.
โAug-21-2014 07:31 PM
Me Again wrote:
Also seems a wind blow over could occur easier with the Anderson hitch, as it would go much farther before the trucks weight and stability came into play. Chris
โAug-21-2014 07:13 PM
โAug-21-2014 05:30 PM
โAug-21-2014 04:14 PM
Chalkie wrote:Me Again wrote:Chalkie wrote:Me Again wrote:
Like the B&W Companion I am not convenienced placing hitch loads on sheet metal beds is the best long term design!
Traditional 5th wheel hitches when correctly installed put the load on the frame rails.
The Companion also places the bulk of the load on the frame as the main load bearing is done with the Turnover ball hitch. Granted, some weight is being born by the bed, but then so is some on a conventional hitch. The rails are in contact with the bed all across, therefore placing a portion of the weight on the bed.
The Anderson also bears the weight to a gooseneck or rail-type mount so I can not see any difference nor a reasonable objection.
Had I been aware of the Anderson before I got the Companion I think I would have gone with the Anderson. The Anderson's, where I have read about them in other forums, gets generally rave reviews from those that own them.
I believe you are wrong on where the weight load is placed with both hitches. The turn over ball is used to force the frame of both hitch on to the bed floor and is the exact opposite of supporting weight! Chris
If I am towing a gooseneck, NOTHING is touching the bed, the entire weight is born on the frame. The Companion drops into the Turnover and the main weight of the kingpin is directly over that point. The rails on the bed provide more lateral support than weight bearing.
I'm no engineer, I'll admit it, but the B&W folks are. They sell an awful lot of these things and the liability would be HUGE if they were not doing as promised. Clearly, you don't think they are safe while I think they are. I guess we'll have to agree to disagree. ๐
โAug-21-2014 03:28 PM
Me Again wrote:Chalkie wrote:Me Again wrote:
Like the B&W Companion I am not convenienced placing hitch loads on sheet metal beds is the best long term design!
Traditional 5th wheel hitches when correctly installed put the load on the frame rails.
The Companion also places the bulk of the load on the frame as the main load bearing is done with the Turnover ball hitch. Granted, some weight is being born by the bed, but then so is some on a conventional hitch. The rails are in contact with the bed all across, therefore placing a portion of the weight on the bed.
The Anderson also bears the weight to a gooseneck or rail-type mount so I can not see any difference nor a reasonable objection.
Had I been aware of the Anderson before I got the Companion I think I would have gone with the Anderson. The Anderson's, where I have read about them in other forums, gets generally rave reviews from those that own them.
I believe you are wrong on where the weight load is placed with both hitches. The turn over ball is used to force the frame of both hitch on to the bed floor and is the exact opposite of supporting weight! Chris
โAug-21-2014 01:32 PM
Me Again wrote:Chalkie wrote:Me Again wrote:
Like the B&W Companion I am not convenienced placing hitch loads on sheet metal beds is the best long term design!
Traditional 5th wheel hitches when correctly installed put the load on the frame rails.
The Companion also places the bulk of the load on the frame as the main load bearing is done with the Turnover ball hitch. Granted, some weight is being born by the bed, but then so is some on a conventional hitch. The rails are in contact with the bed all across, therefore placing a portion of the weight on the bed.
The Anderson also bears the weight to a gooseneck or rail-type mount so I can not see any difference nor a reasonable objection.
Had I been aware of the Anderson before I got the Companion I think I would have gone with the Anderson. The Anderson's, where I have read about them in other forums, gets generally rave reviews from those that own them.
I believe you are wrong on where the weight load is placed with both hitches. The turn over ball is used to force the frame of both hitch on to the bed floor and is the exact opposite of supporting weight! Chris
โAug-21-2014 01:27 PM