100 support member 44 u2032 supports a pair of pins 104 at a predefined angle while two support pins 104 are illustrated of course the present invention contemplates the use of one pin as well as more than two pins to support swash ring 102 rotor 100 further includes a pair of sleeve stops 106 one shown sleeve stops are configured and operate in the same manner as previously described with reference to rotor 22 shown in fig5 that is to prevent further movement of sleeve 26 shown in fig2 toward rotor 100 rotor 100 further includes a counterweight structure not shown having the same configuration as described and illustrated above with respect to rotor 22 shown in fig5 with continuing reference to fig7 the attachment of swash ring 102 to rotor 100 will now be described swash ring 102 includes an elongated aperture 108 that extends through swash ring 102 a tube bushing 110 is disposed in elongated aperture 108 elongated aperture 108 is configured such that the outer surfaces of tube bushing 110 contact the inside surface of aperture 108 and allows swash ring 102 to rotate relative to tube bushing 110 support pins 104 are substantially straight pins with a step 112 to prevent tube bushing 110 from sliding towards support member 44 u2032 further support pins 104 include an annular groove 114 for lockably receiving a c clamp 116 or similar device to secure tube bushing 110 to support pins 104 this configuration provides an efficient means to rotatably attach the swash ring to the rotor referring now to fig8 a cross sectional view of an alternate swash ring 200 is illustrated in accordance with an alternate embodiment of the present.