13.選擇尾伺服種類(工作頻率)及尾舵行程邊界.在這裡,如您是mini

13.选择尾伺服种类(工作频率)及尾舵行程边界. <br>在这里,如您是mini VBar请先调整集体螺距,是调整遥控器的PITCH通道的ATV(Travel Adjustment)来完成的. <br>接下来要仔细设定尾伺服的工作频率,不然当尾伺服接上会有烧毁的风险.如您的尾伺服型号在上面找不到对应选项.则9254开头的选项是1520us, <br>9251开头的选项是760us. <br>当你选好工作频率后,把尾伺服接上去.并进行尾舵左右边界调整.如果尾舵的机械中立点正确,左右的行程边界值应一样.如差异过大,则要再调整舵<br>片或尾伺服拉杆.另外如值大于120则表示拉杆在舵片上的孔位太短,而小于80则表示拉杆在舵片上的孔位太长.所以值要在80-120之间,并且接近<br>或相等为最佳状况.

13.选择尾伺服种类（工作频率）及尾舵行程边界.<br>在这里，如您是mini VBar 请先调整集体螺距， 是调整遥控器的 PITCH 通道的ATV（Travel Adjustment） 来完成的.<br>接下来要仔细设定尾伺服的工作频率，不然当尾伺服接上会有烧毁的风险.如您的尾伺服型号在上面找不到对应选项.则 9254开头的选项是1520us，<br>9251开头的选项是 760us.<br>当你选好工作频率后，把尾伺服接上去.并进行尾舵左右边界调整.如果尾舵的机械中立点正确，左右的行程边界值应一样.如差异过大，则要再调整舵<br>片或尾伺服拉杆.另外如值大于120则表示拉杆在舵片上的孔位太短，而小于80则表示拉杆在舵片上的孔位太长.所以值要在80-120之间，并且接近<br>或相等为最佳状况.

13. Select tail servo type (working frequency) and tail rudder stroke boundary<br>Here, if you are mini vbar, please adjust the collective pitch first, which is completed by adjusting the ATV (travel adjustment) of the remote control's pitch channel<br>Next, carefully set the working frequency of the tail servo, or there will be a risk of burnout when the tail servo is connected. If your tail servo model cannot find the corresponding option on it, the option at the beginning of 9254 is 1520us,<br>The 9251 starts with 760us<br>When you select the working frequency, connect the tail servo and adjust the left and right boundaries of the tail rudder. If the mechanical neutral point of the tail rudder is correct, the left and right travel boundaries should be the same. If the difference is too large, adjust the rudder again<br>In addition, if the value is greater than 120, it means that the hole position of the pull rod on the rudder blade is too short. If the value is less than 80, it means that the hole position of the pull rod on the rudder blade is too long. Therefore, the value should be between 80-120 and close to<br>Or equal is the best condition<br>