![]() You may use the mouse to manipulate the controls onscreen directly, or you may use keyboard commands or a combo of both. If you have no hardware levers and only a keyboard, then you have two options. Click the icons to go to the related section. Refer to the respective sections that applies to your hardware situation. There are 5 possible hardware configurations to control the MU2 throttle quadrant levers. A pull-down menu in the Preferences can be set to show the ghost throttles ALWAYS, NEVER, Lift Zone and Below and When Out of Sync. The ghost throttles can also be set to show under differing situations. When the Lift Levers command is executed and the Hardware position is within the Lift Zone, then the 3D levers will immediately move to match the hardware position. The default values are 0.45 for the lower limit and 0.6 for the upper limit. To illustrate, in the left image below, the Upper Limit has been set to 1 and the lower limit to 0, which means the Lift levers commands can be used at any time. The yellow Lift Zone size is configurable via two Preference values, Power Lever Upper Limit (from 0.5 to 1) and Power Lever Lower Limit from (0 to 0.5). The green line in the middle of the hardware axis denotes the position of the lever. In order for the lift command to work however, each hardware lever (dashed outlines) must be in the Lift Zone, denoted by the yellow line. This is done by using the custom command, xscenery/mu2b60/lift_power_levers_SP (for single throttle hardware) or xscenery/mu2b60/lift_power_levers_DP (for dual throttle hardware). In order for you to move the 3D levers into the BETA region, you must virtually "lift" the levers over their detent first. This mis-alignment is easily seen as shown in the 1st and 3rd images below. As you continue to move your hardware levers further aft into the BETA region, then the 3D levers will STOP at the FI detent if you continue to move your hardware levers aft. At this point, your hardware levers (dashed outline) and 3D levers in sim (gray box) are normally in sync and aligned. Typical use of the ghost throttles begins as you move your throttle levers aft in the ALPHA region towards the Flight Idle ( FI) Position between the ALPHA and BETA regions. If the Auto-stop power levers at detent preference is not checked, then the ghost throttles will not be visible. The ghost throttles are specifically designed to be used in conjunction with the Auto-stop power levers at detent preference and also in conjunction with one of 4 custom commands to lift the power levers (virtually) over their detents. Those users who have tried the IXEG 737 and the TBM 900 may be familiar with this type of visual aid. This visual aid increases your awareness of the ALPHA and BETA quadrant regions when using hardware throttles without physical detents, in order to avoid accidentally moving your hardware levers into the BETA region. The Ghost Throttle is a visual aid in the lower right corner of the X-Plane window. NEW! Ghost Throttle Visual Aid Ghost Throttles It is best practice to move your hardware levers a bit when beginning a simulation so that the 3D animations in sim sync up to your hardware first. When beginning a simulation, the MU2 does not know where where your harware levers are until you move your hardware controls. Check out the video at that link also, it is very helpful!Īlso, before you set up your hardware, we highly recommend you become acquainted with the Power Plant Controls operation, since it is those control behaviors we are wanting to simulate as accurately as possible. Read about creating hardware profiles here. In this way, once you have up your hardware set up for a particular aircraft, even though the settings may be different from other aircraft, you should not have to change the settings. Once assigned, these profiles will load with the aircraft. These profiles can then be assigned to any aircraft you desire. X-Plane is able to create hardware profiles that save all your axis and button bindings. Single Paddle with Detent (or if you care to pretend you have a physical detent).MODERN THROTTLE METHOD (With Ghost Throttles). ![]()
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