Word on the street is the Manitou are designing a new fork to replace the Dorado... anyone with an inside line on what it'll be like?
I hear it won't be an 'upside down' design.
I hear it won't be an 'upside down' design.
Jm_ said:No matter how good of a chassi the 200mm 32mm X-works dorado was, the 8.5lb weight would never have been accepted, it's the heaviest race fork in the "normal" 170mm positive travel configuration, well maybe tied with the 888, but with only 32mm stanchions, the reasons not to buy one keep racking up these days.
Manitou has shown they can design some decent chassis, just pray for decent lubrication.
Oh, well in that case if Manitou decides to drop the dorado I'm sure it is not because of competitors better performance in nearly every way.General Lee said:foot fell out of the mouth again, eh?
Stiffness is not purely a function of stanchion diameter, AND an upside down fork has a considerable advantage in fore-aft stiffness over a right-side up.Jm_ said:No matter how good of a chassi the 200mm 32mm X-works dorado was, the 8.5lb weight would never have been accepted, it's the heaviest race fork in the "normal" 170mm positive travel configuration, well maybe tied with the 888, but with only 32mm stanchions, the reasons not to buy one keep racking up these days.
Manitou has shown they can design some decent chassis, just pray for decent lubrication.
my WB with 32mm stanchions will run circles around a shiver in terms of stiffness.ohio said:Stiffness is not purely a function of stanchion diameter, AND an upside down fork has a considerable advantage in fore-aft stiffness over a right-side up.
Not really, the better fore aft stiffness advantage is a function of the larger diameter uppers. Design a "non-inverted" fork with larger stanchions and you negate that "advantage".ohio said:Stiffness is not purely a function of stanchion diameter, AND an upside down fork has a considerable advantage in fore-aft stiffness over a right-side up.
So you're saying that carbon fiber and aluminum have equal moduli?Jm_ said:Not really, the better fore aft stiffness advantage is a function of the larger diameter uppers. Design a "non-inverted" fork with larger stanchions and you negate that "advantage".
Sounds flexy.UiUiUiUi said:the name will be "kingpin DH", about 8" travel, regular side up fork.
new damping system, supposedly with an open oilbath a mix between TPC+ and SPV. that means no real info on that yet
true, but...Jm_ said:Not really, the better fore aft stiffness advantage is a function of the larger diameter uppers. Design a "non-inverted" fork with larger stanchions and you negate that "advantage".
A dorado's uppers are bigger than an 888's 35mm stanchions.Jm_ said:So take something that has bigger stanchions than the dorado, like the 888, or fox 40, and suddently that arguement flys out the window
sooo, they arn't bigger then the 888s lowers....um 2 different designs here.nickaziz said:true, but...
A dorado's uppers are bigger than an 888's 35mm stanchions.
Obviously not, but that helps prove my point, that just because it's "inverted" doesn't magically make it a superior chassi. What's the point of making a super expensive carbon fiber inverted chassi when you can make a non-inverted chassi with bigger stanchions for much cheaper? We'll see, again this is speculation as to what manitou will do, but as I said, the competition makes lighter race forks these days, and they don't seen to have any problems with stiffness. If manitou doesn't change the chassi soon it will be seen as stagnating, even if it isn't "that bad". That's just the way business works.ohio said:So you're saying that carbon fiber and aluminum have equal moduli?
please stop. just stop.
So 32mm of your WB fork and 35mm of a Shiver.........??? Wouldn't the Shiver be stiffer?Curb Hucker said:my WB with 32mm stanchions will run circles around a shiver in terms of stiffness.
Aw shucks. You guys coming out with a fox killer? neaky:Brian Peterson said:Luc,
No comment...
Jeremy's Ti spring rode good for about a month and a half..after that it got noticibly softer. I could even tell when he sat on it.Kevin said:Ok I could be all wrong on this but I heard Tim Flooks say (on the Fundamentals DVD)a Ti lasts longer because it doesnt rust and you get a lifetime garantee.
You could do it and it wouldn't be prohibitively expensive. I'm not sure if it would be worth it, but it could be done.James | Go-Ride said:. I'd imagine this would cost a bit to machine 6 - 100 teeth into the uppers of a fork, but it seems feasible to me. Any ideas on this, machine guys or Brian?
No, no Skinflute.bizutch said:Jeremy's Ti spring rode good for about a month and a half..after that it got noticibly softer. I could even tell when he sat on it.
maybe he just had one that wasn't high quality stuff
Good point there!Jeremy R said:That said, I can't see me ever paying a bunch more for Ti springs again. You might as well just drop a pound off your ass instead.
Totally. That's the only reason I got an 888 to replace a white brothers. That extra span of material helps me thinks. Shivers are so righteous going straight and plowing but it's the wobbly steering that kills it. My WB wasn't quite as twisty, but more so than a boxxer or an 888......or a slider......buildyourown said:IMO, a right side up fork corners better than a inverted fork. That is me comparing my shiver to my boxxer. The boxxer just holds a line better thru a turn. The shiver kills in every other aspect though.
Thats not entirely true..Jeremy R said:You might as well just drop a pound off your ass instead.