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will post better pic of fork later..............not very computer savvy! the fork according to onetonmagoo, is a springer look leading link...what your seeing for springs are nothing but 750 Honda shocks. there is a rocking link that's ties the shocks and the tubes together. larry
I would love to see that rocking link section also[/QUOTE
I'm having problems compressing files to post pictures.....the first one must have been beginners luck. the link pivots on brackets welded under the fork tubes. the link is 1/2x1" hot rolled mtl. what I call the "hammers" are the strips that tie the shocks to the link bars. this keeps the shocks and bars in position while moving up and down. just a personal preference, but I like this look better than the leading link with the shocks mounted lower on the fork tubes.
larry
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Fowler look up onetonmagoo angelfire series on springer look leading link.......better info and pix than I can give. larry
View attachment 40540trying to keep rearend of trike as narrow as possible......these wheels have a backspace of almost 6in. 18 inx7.5 do prefer mag style but ....
View attachment 40579knew there would be overheating problems.......going to aluminum rad helped a lot.....but not enough.. there is a big updraft of air coming up between the rad and the forward part of the engine...I think the floorboards compress the air then it flows up..i'm hoping to direct this air thru the radiator from front to back....anyhow its something to think about this winter!
exhaust manifold is in back of engine...afraid it would melt aluminum rad!! I have made a scoop and have boxed in the rad..so think that will cure the problem. can't seem to upl
It is a inline electric water pump that is small and very efficient. It has a controller the senses water temp and will speed the pump up or slow it down to stay in radiator longer so fans can cool the water. here is a link http://daviescraig.com.au/electric-water-pumps Read up as they have lots of info and instructions.Diver.....I'm assuming you mean an electric water pump.....don't quite understand how that works... I think Chrysler wants something like a 20 degree drop from the water exiting the head.....to entering the water pump. the radiator should remove that 20 without the fan having to run.....I will have to wait for summer to find out if it is fixed.... maybe with your setup moving more water faster... the rad doesn't have to remove as much heat per pass??? anyhow maybe you can go into more detail?? thanks.. larry