AusAnt
10-03-2007, 05:40 PM
I am getting through the build of my new 500 3d - everything seems to be going fairly well so far. I have just assembled to tail, and I have one question.
When I assembled the tail grips onto the aluminium spindle, one of them has a tiny bit of play in it. When I pull the two tail blades away from each other, as if there was centrifugal force from a spinning tail rotor, one of the blade grips moves outwards along the axis by the tiniest amount, probably only 1/4mm or at most 1/2mm, but it is definitely perceptible, whereas the other side is nice and snug, and had enough thread for me to slightly overtighten it, then back it off to be just snug and smooth.
The obvious problem is that maybe I used a wrong part or missed a washer in the assembly of all the washers and bearings that go into that assembly (step 5 on page 5 of the manual). However I pulled apart the loose side and it all appears to be OK. The bolt is as tight as it will go, and it is the correct M2.5 x 6 bolt.
Have I done something wrong or is this normal? I guess if I leave it, the centrifugal force will keep it in the one position, but it just doesn't seem right.
Thanks for your help,
Ant
When I assembled the tail grips onto the aluminium spindle, one of them has a tiny bit of play in it. When I pull the two tail blades away from each other, as if there was centrifugal force from a spinning tail rotor, one of the blade grips moves outwards along the axis by the tiniest amount, probably only 1/4mm or at most 1/2mm, but it is definitely perceptible, whereas the other side is nice and snug, and had enough thread for me to slightly overtighten it, then back it off to be just snug and smooth.
The obvious problem is that maybe I used a wrong part or missed a washer in the assembly of all the washers and bearings that go into that assembly (step 5 on page 5 of the manual). However I pulled apart the loose side and it all appears to be OK. The bolt is as tight as it will go, and it is the correct M2.5 x 6 bolt.
Have I done something wrong or is this normal? I guess if I leave it, the centrifugal force will keep it in the one position, but it just doesn't seem right.
Thanks for your help,
Ant