小型电动遥控直升机制作
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小型电动遥控直升机制作以下文章是通过google翻译所得: Little tips about building your own RC helicopter Flying RC helicopter is really very exhilarating. Their versatility gives a RC pilot a complete access to the three-dimensional space in such a way that no other machines can! I have played RC helicopter for more than one year but still find that I have just learnt a few tricks that it can perform. There are generally two micro-helicopters ( indoor ) in the RC market. I have already planned to buy one of them as they can fly inside the living room and even take off on ours hand. Unlike those operated by gas, these electric helicopters are very clean and give out no terrible noise at all. In one nightfall, I visited a web site, which is about how to make a hand made RC helicopter. I was totally impressed and started designing my own helicopter. Here is my helicopter: 能够制造自己的遥控直升机，实在是非常令人兴奋。
没有一个机器能够像遥控直升机在三维空间里面变化多端！我玩遥控直升机超过1年之久，但仍然感觉我刚刚才学到了一些技巧。
在遥控直升机市场上有两款微型直升机（室内）。
想到因为他们可以飞进客厅里，甚至在我们手上起飞。
我计划购买其中之一。
不像那些氢气球，没有可怕的噪音，这些微型直升机是很环保的。
在晚上，我访问了一个印象非常深刻的有关如何手工制作遥控直升机的网站，并开始设计自己的直升机。
The plan of the helicopter had finally been completed. It is not very well drew. The current plan available is only for the fixed pitch design. Please click the above photo for the plan. 直升机的设计终于完成。
它虽然不是很好，但目前的设计只是大体的设计。
请按照上图的设计。
该计划的直升机终于完成。
这不是很好的提请。
根据目前的计划，可仅适用于固定摊位的设计。
请按上述照片的计划：Length （长度）：410mm；Height（高度）：150mm ；Flying Weight （飞机重量）：250g (include 700mAh battery pack) 包括700mAh的电池包；Control system控制系统Hiller control system / fixed pitch控制系统简介：Main rotor diameter 只要部分转子直径：490mm；Tail rotor span尾旋翼跨度：146mm ；Transmission rate 传输功率：1:18 (main rotor)主旋翼；1:3.5 (tail rotor) 尾旋翼；Power功率：speed 300 motor 300马达(main rotor)主旋翼；tail boom 尾梁：280mm；receiver接收机：GWS R4P ( 4 channel, 3.8g ) 4通道，3.8g；ESC转换处理器Jeti 05 ( main rotor, 5A, 9g ) JMP-7 ( tail rotor, 4A, 0.7g ) Gyro GWS-PG-03 ( 7g with case ) servo Hitec HS-50 * 2 ( 0.09sec/60° , 0.6kg/cm, 5.8g ) Battery Sanyo 700mAh * 7 ( 90g )Making the SwashplateMaking the Swashplate Swashplate is the most sophisticated part of a RC helicopter. It seems to be a simple unit of a factory one. However, it is a whole new thing of making one by yourself. Here is my design based on my own little knowledge about the swashplate. What you need includes:斜盘式是最先进的一个组成部分钢筋混凝土直升机。
这似乎是一个简单的单位，一家工厂之一。
不过，这是一个整体的新事物，使一所自己。
这里是我设计的基础上我自己的知识甚少，有关斜盘式。
您所需要的包括：* 1 ball bearing ( 8*12) * 1 plastic spacer (8*12) * rod end set ( for holding of the aluminum ball in the swashplate ) * aluminum ball ( from ball linkage set 3*5.8 ) * aluminum ring * epoxy adhesive 一球轴承（8 * 12 ）一塑胶间隔（8 * 12 ）棒年底成立（持有的铝球，在斜盘式）铝球（从球的联系，设置3 * 5.8 ）铝环环氧胶粘剂The rod end set has first been cut into a round shape. It is then inserted into the plastic spacer as shown below: 该杆端设置首先被削减为一个圆形。
这是然后插入到塑料间隔，如下所示：Make sure that the aluminum ball placed in the rod end can be moved freely. 2 holes were drilled on the plastic spacer in order to house two screws that used to hold the ball linkage. 作出肯定的是，铝球，放置在杆端关节轴承可以提出自由。
二洞钻于塑胶间隔，以便向内务两个螺丝用来举行球的联系。
The back of the swashplate背面的斜盘式In my design, the swashplate is fixed on the main shaft. This is simply done by applying some glue between the aluminum ball and the shaft在我的设计，斜盘式，这是一个固定在主井。
这根本是做了一些胶水的应用之间的铝球和轴# be careful when applying epoxy to this tiny unit or you would get every part being glued together.＃时要小心运用环氧树脂，以这个细小的单位或者你会得到每一个部分，正在胶结在一起。
My instructions are too confusing? Here is my draft of the swashplate which might help you. I still find that my design is a little bit too complex. If you have a better design, please let me know!我的指示是太混乱？这里是我的草案的斜盘式，这可能会帮助您。
我仍然觉得我的设计是一个有点太复杂了。
如果您有一个更好的设计，请让我知道了！Making the rotor head For the rotor head, I choose the same material as the main body - the circuit board. First of all, I have to claim that the rotor head must be sturdy enough to withstand any vibration or it could be very dangerous.The control system I used here is the Hiller system. In this simple control system, the cyclic controls are transmitted from the servos to the flybar only and the main blade cyclic pitch is controlled by the flybar tilt only. The first step is to make the middle part:It is actually a 3mm collar which can be fit into the main shaft. A 1.6mm bar is inserted horizontally into the collar. The above unit makes the rotor head movable in one direction.There are two holes just above the collar which is used to, as you can see, house the flybar. All the parts that I used was first fixed together by instant glue. They are then fixed firmly by tiny screws (1mm*4mm) as shown below. In addition, I add epoxy adhesive. The rotor head will spinning at very high speed. Never overlook the potential for causing injury this little machine has if anything got loose. Safety is paramount!翻译: 使转子头为转子头，我选择相同的材料为主体-电路板。
