They know loads more than me/most of us obviously and i am sure it is subject to change etc but it does have me thinking...
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I have a friend that hasn't got a right foot.GuyB wrote: Here are three reasons why it might be cool:
Personally, with all my cycling experience, I think I'd have more control with hand-operated rear brake than I would with a foot-operated brake.
Some people have compromised ankles (fused), or other injuries that'd prevent then from operating a rear brake.
Right hand turns.
Matthes. He's SO Hot this year. Matthes.
If only those who knew less didn't always think they knew better.
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You can slam on the brakes to a dead stop with a properly set up Rekluse in any gear and the bike won't die.petrie141 wrote: Does it still bring the front end down in the air? Also, how fast do you have to use it? In other words, at what point does the bike stall when neglecting the clutch to throw on the back break? Since rekluse makes it, does that then mean it's auto-clutch and rear break package deal? What's the ama think about auto-clutches?
The front end drops when the rear wheels stops, why wouldn't it still drop the front end? :spetrie141 wrote: Does it still bring the front end down in the air? Also, how fast do you have to use it? In other words, at what point does the bike stall when neglecting the clutch to throw on the back break? Since rekluse makes it, does that then mean it's auto-clutch and rear break package deal? What's the ama think about auto-clutches?
not disagreeing with you, my query is why it's taken so long - it has to be an advantage plain n simple or they wouldn't abuse it in track racing.DrSweden wrote: Sounds good on paper, but in the end, that extra xxx isn't what makes the diff between RV and me... Take RJ on a 86 CR250 and me or the rest of the heard on a bling CRF450 with 70 hp and Ti goddies, the results would be the same...
Also, I have seen people like CP sitting in corners with both feet on the pegs keeping others top three guys riding with spread eagle honest...
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Not sure, just thinking out loud. I don't know much about the physics behind the sport. Just how to stop and go lol.petrie141 wrote: Does it still bring the front end down in the air? Also, how fast do you have to use it? In other words, at what point does the bike stall when neglecting the clutch to throw on the back break? Since rekluse makes it, does that then mean it's auto-clutch and rear break package deal? What's the ama think about auto-clutches?
tobz wrote: The front end drops when the rear wheels stops, why wouldn't it still drop the front end? :s
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Lol uh, its pretty simple, the wheel makes more centrifugal weight while it's turning really fast (fill a bucket full of water and swing it around in a windmill motion, it feels heavier!). As soon as you stop/slow the rear wheel in the air, the centrifugal forces stop, making the wheel lighter.petrie141 wrote: Does it still bring the front end down in the air? Also, how fast do you have to use it? In other words, at what point does the bike stall when neglecting the clutch to throw on the back break? Since rekluse makes it, does that then mean it's auto-clutch and rear break package deal? What's the ama think about auto-clutches?
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One of the reasons I bought my recluse clutch is because in tight trails, trying to use the clutch and the front brake wears your arms out. Also on the track having to grab the clutch so I wouldn't kill the engine coming into a corner would get tiring as well. Some people say not using the clutch out of corners means you are going slow but if JS7 can do it, I go much slower so it is ok for me too.daveoevo wrote: I have a scenario. It's the last couple of laps on a fast bumpy track and I am hanging. My forearms look like Popeye's I dont think I would like to rely on having to grab a hand full of brake in my weakened state.
A foot brake would all ways be safer in my opinion
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Motocross is a contact sport

I ride on the balls of my feet and my size 11 feet are no where close to the brake this help keep my foot from dangling and catching the ground or on the trails a rock or root, also prevents my foot being turned backwards in injuring my knee. I have to pick up my foot and move to the arches of my on the pegs to engage the brake, perhaps yout problem is due to technique.Scott167 wrote: one advantage of the hand brake would be less brake fade at the end of the moto. i have size 13 feet and can sometimes inadvertently ride the rear brake or even in a mud moto, theres no worry of mud sticking and holding the brake pedal down slightly.
Motocross is a contact sport

Not to start a big physics discussion (can anyone say seat bounce?) but I don't think it's actually that the rear wheel gets lighter when it stops. It's that all that rotational force (centrifugal force) of the wheel is transferred into rotational force of the bike when you engage the rear brake in the air.tobz wrote: Lol uh, its pretty simple, the wheel makes more centrifugal weight while it's turning really fast (fill a bucket full of water and swing it around in a windmill motion, it feels heavier!). As soon as you stop/slow the rear wheel in the air, the centrifugal forces stop, making the wheel lighter.
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Exactly right. If, for example, the back wheel were spinning the other direction and you tapped the break it would want to make the back end drop. Obviously this isn't possible, but for the sake of discussion it provides a good example.petrie141 wrote: Not sure, just thinking out loud. I don't know much about the physics behind the sport. Just how to stop and go lol.
tobz wrote: Lol uh, its pretty simple, the wheel makes more centrifugal weight while it's turning really fast (fill a bucket full of water and swing it around in a windmill motion, it feels heavier!). As soon as you stop/slow the rear wheel in the air, the centrifugal forces stop, making the wheel lighter.
FGR01 wrote: Not to start a big physics discussion (can anyone say seat bounce?) but I don't think it's actually that the rear wheel gets lighter when it stops. It's that all that rotational force (centrifugal force) of the wheel is transferred into rotational force of the bike when you engage the rear brake in the air.