AH64阿帕奇

阿帕奇武装直升机 更新了机械斜盘的高度，优化了飞控电路，增加一点细节。 主驾驶控制按键 1号：增加桨距 2号：降低桨距 3号：发动机开关 4号：机炮操控 5号：开启机炮 6号：开启陀螺仪 7号：火箭弹发射器开关 8号：更改追踪目标玩家 9号：9号之后都是开启导弹的开关，发射之前要看好追踪的玩家。 鼠标左按键：直升机左转 鼠标右按键：直升机右转 WSAD：分别控制直升机前倾后倾以及左倾和右倾。 主副驾驶位都能操控飞机 起飞准备：在按3号键位启动发动机时候，要等待主旋翼转速达到180-190转之间才能按1号键位拉起桨距，随后主旋翼转速会达到210-220转每分钟，做大机动时主旋翼会降低转速，这是正常现象，在距离地面高度小于50米的时候，发射导弹需要拉起点机头。随后有一个白色的开关是飞控的开关，这个开关并没有连接座椅，需要在外部开启，开关开启就是飞控的关闭，个人建议不要关闭飞控。以上我会在图片里标记转速表和高度表以及桨距的显示表，另外桨距表的显示是活塞的长度，因为倾斜盘是活塞控制的，最长是0.5格最低就是0格的长度，高度表也是经过换算的，在废品里我定义的一米高度为5个标准方块。 boeing ah 64 apache helicopter gunships Main driving control button No.1 Increase the pitch No.2 Reduce the pitch. No.3 Engine switch No.4 Machine gun control No.5 Turn on the cannon. No.6 Turn on the gyroscope. No.7 Rocket launcher switch No.8 Change the tracking target player. No.9 After No.9, all the missiles are turned on. Before launching, keep an eye on the tracking players. Left mouse button helicopter turns left. Right mouse button helicopter turns right. WSAD Control the helicopter to lean forward and backward, and to lean left and right respectively. Both the main and co-pilot seats can control the plane. Preparation for take-off when that engine is star by pressing the No.3 key, the pitch can only be raise by pressing the No.1 key until the rotation speed of the main rotor reaches 180-190 revolutions, and then the rotation speed of the main rotor will reach 210-220 revolutions per minute, and the rotation speed of the main rotor will be reduced when making a big maneuver, which is normal. When the height from the ground is less than 50 meters, it is necessary to pull the starting nose when launching missiles. Then there is a white switch that is the switch of the flight control. This switch is not connected to the seat and needs to be turned on externally. When the switch is turned on, the flight control is turned off. Personally, I suggest not to turn off the flight control. Above, I will mark the tachometer, altimeter and the display table of pitch in the picture. In addition, the display table of pitch is the length of the piston, because the inclined plate is controlled by the piston, and the longest is 0.5 grid, and the lowest is 0 grid. The altimeter is also converted. In the waste, I define the height of one meter as 5 standard squares.