Has anybody had balance issues trying to balance CT's? I mounted a Toyo Proxes4 245/50/16 myself with only 100 cuss words. Please hold your applause, with no wheel damage what so ever!! I have mounted more tires than I can count and this R3 rear wheel was the worst by far. Mounting a MT on that rear wheel would have been just as painful. I've never seen a motorcycle wheel that didn't have a relief in the middle. Back to the balancing. The R3 wheel would not fit my static balancer. Off to the local bike shop for a balance. They couldn't balance it. Off to the second bike shop. They balanced it with 6 oz (168g) of weights. Thats 12 weights per side. I got the wheel back home and I couldn't stop looking at it. I took the snap ring off and removed the cush drive and behold it will fit my static balancer now. Guess where the heavy side was? I removed all 24 weights and static balanced it that way I've been doing for 30 years and it took 1.5 oz (42g) for a perfect balance. The factory weight when new was 45g. It looks like old school static balancing is the way to go here.
Put dyna beads in. I run the Toyo Proxes T1R and have 2oz in the back tire and 1oz in the front. I don't know how in the hell you mounted it. When mine was mounted I was stomping on it on the tire machine just to get it on. Hats off to you
FWIW, the DynaBead web site says not to use beads alone on a Car tire, because the beads can flop from side to side inside the flat tire, causing an out-of-balance condition. With a Bike tire, the centrifugal force keeps the beads in the middle.
FWIW, the DynaBead web site says not to use beads alone on a Car tire, because the beads can flop from side to side inside the flat tire, causing an out-of-balance condition. ...
I hope no one tries to ride on a "flat tie" and would think DynaBeads would solve the problem. Dynabeads are highly recommended for oversize truck tires as well but they too are not effective on flats.
Well golly, flat-shaped tire. Not deflated. Duh!
My point was, the car tire won;t keep the beads in the center at speed,
hence the balancing effect is less reliable.
What is the purpose for the cush drives, i'm looking to get a hub made for the rocket and i'm not sure if bst used them on their wheels when they did their design. I know on my m109r rc components used had me used them.
Well golly, flat-shaped tire. Not deflated. Duh!
My point was, the car tire won;t keep the beads in the center at speed,
hence the balancing effect is less reliable.
What is the purpose for the cush drives, i'm looking to get a hub made for the rocket and i'm not sure if bst used them on their wheels when they did their design. I know on my m109r rc components used had me used them.
I think without a cush drive you’re asking for transmissions problems. I have a factory race KTM 560 SMR. It came without a cush drive hub. The KTM dealer laced in a cush drive hub for street use. I would say it does just what it's called "CUSH". It absorbs that initial energy.