你实际需要哪些飞行模拟器控制功能？

操纵杆、操纵杆、油门杆、方向舵踏板和直升机控制装置实用指南

进入飞行模拟领域可能会出乎意料地令人困惑。

你从模拟器开始，选择一架飞机，打开驾驶舱……突然间，你会看到几十个控制装置。

操纵杆、操纵杆、油门、方向舵踏板、总距杆、按钮、开关、微调控制等等。

未必。

One of the biggest mistakes beginners can make is assuming that a serious flight simulator setup has to mean a huge cockpit filled with hardware.

In reality, most setups grow over time.

You start with the controls you need, spend some time flying, discover what is missing, and then add the next piece.

The right setup is the one that matches the way you fly.

1. Start With the Aircraft You Actually Fly

Before buying any flight-sim hardware, ask yourself one simple question:

A player who mainly flies a Cessna-style general aviation aircraft may want a different setup from someone who spends most of their time flying an Airbus, fighter jet or helicopter.

That's because aircraft don't all use the same physical control system.

There is no single hardware combination that perfectly represents every aircraft.

That's why choosing your aircraft first makes the rest of the decision much easier.

2. Keyboard and Controller: Where Many Players Start

You don't need dedicated hardware to start flight simulation.

A keyboard, mouse or game controller can get you into the air and help you learn the basics of your simulator.

For someone who is still deciding whether flight simulation is going to become a serious hobby, this is a perfectly reasonable starting point.

But after spending some time flying, you may notice a problem.

You're constantly reaching for the keyboard.

You want to make a small control input, but instead you're pressing a key. You want to adjust an axis, but you're moving between keyboard commands.

That's usually when physical controls start to make sense.

3. Joystick: A Flexible First Upgrade

For many flight-sim players, a joystick is the natural first step into dedicated physical controls.

Instead of using a keyboard command for every movement, you physically move the control itself.

• Push forward to control pitch
• Pull back to control pitch in the opposite direction
• Move left and right to control roll
• Use a twist axis for rudder/yaw when supported
• Map buttons to additional aircraft functions

The benefit isn't simply having more buttons.

It's having a physical control that corresponds more directly to the movement you're trying to make in the aircraft.

4. Joystick or Yoke?

This is one of the first questions many new flight-sim players ask.

The answer depends on the aircraft.

Instead of asking which one is “better,” think about which control system better matches the aircraft you spend most of your time flying.

Choose around your flying habits, not someone else's setup.

5. When Does a Separate Throttle Make Sense?

Once you have a joystick or yoke, the next question often becomes:

A dedicated throttle can give you more direct physical control over engine power and, depending on the aircraft and hardware, other functions such as mixture or propeller controls.

For players who spend a lot of time with airliners or aircraft that rely heavily on dedicated throttle controls, a separate throttle can become an important part of the setup.

But again, you don't have to buy one immediately.

Start with the control that solves your biggest problem.

A common upgrade path can look something like:

6. Do You Need Rudder Pedals?

Rudder control is another area where beginners often wonder whether dedicated hardware is necessary.

If your joystick provides a twist axis, you can use that input for rudder/yaw control in supported simulators.

But some players eventually want dedicated pedals.

Dedicated rudder pedals can become particularly relevant when players want their feet to take over yaw control rather than using a twist axis on the joystick.

They also become another physical component of the cockpit and therefore require something that every setup doesn't have:

Floor space.

If you're using one desk for work, gaming and flight simulation, a compact twist-rudder setup may be much easier to live with.

7. What Changes When You Fly Helicopters?

Helicopters are where flight-sim hardware becomes particularly different.

Instead of simply thinking about a yoke or joystick, helicopter simulation introduces a different combination of physical controls.

A joystick can serve as a starting point for players learning helicopter simulation, but dedicated helicopter controls can provide a more specialized physical arrangement.

A dedicated collective gives helicopter-focused players another physical control for managing collective input, while a twist throttle can provide another helicopter-specific control axis.

This is a good example of why there isn't one universal flight-sim hardware list.

Your ideal setup changes with the aircraft.

8. What If You Fly Everything?

Maybe your simulator schedule looks something like this:

如果你是这样的人，那么试图建造每个驾驶舱的完美复制品可能并不现实。

更灵活的方案可能更合理。

与其试图完美地重现每架飞机，不如围绕你最常用的控制装置进行构建，并在需要时添加专用硬件。

灵活性有时比完美复制更有用。

9. 你的所有飞行控制装置都需要是同一品牌的吗？

未必。

飞行模拟器采用模块化设计，玩家可以根据自身需求搭建硬件。

您可能有：

重要的问题不在于每个部件看起来是否完全相同。

每件硬件都能解决你系统中的一个问题吗？

10. 如果没有足够的空间容纳完整的驾驶舱怎么办？

并非每个人都拥有专门的飞行模拟室。

对于许多玩家来说，模拟器就放在同一张桌子上，这张桌子既用于工作，也用于游戏和其他所有事情。

这会改变硬件选择。

这也是为什么紧凑型物理控制装置对桌面飞行模拟器来说很有吸引力的原因之一。

小型设备并不一定意味着随意飞行。

11. 你不需要一次性买齐所有东西

在搭建飞行模拟设备时，这可能是最需要记住的事情。

飞行模拟硬件可以逐步构建。

你不需要一夜之间从控制器升级到完整的驾驶舱。

相反，让你的飞行经历告诉你接下来你需要什么。

12.问问自己：究竟缺少什么？

在使用当前设备一段时间后，问自己一个简单的问题：

如果你经常使用键盘命令来控制俯仰和横滚：那就考虑使用操纵杆或摇杆吧。

如果感觉发动机控制不顺畅：看看油门。

如果您需要专门的偏航控制：请考虑使用方向舵踏板。

如果直升机将成为你的主要飞行器：请考虑使用专用的直升机控制系统。

这种方法可以让你专注于实际需求，而不是单纯地收集硬件。

13. 专用飞行操纵杆适合安装在哪里？

专用操纵杆可以很好地介于基本控制器设置和更大的驾驶舱系统之间。

这使得操纵杆成为玩家的一种灵活选择，他们想要进行物理飞行控制，但又不想立即购置完整的驾驶舱。

Mechdiy飞行模拟操纵杆专为基于PC的飞行模拟而设计，并通过USB连接。

其控制功能可以映射到支持的飞行模拟器中，允许玩家根据他们驾驶的飞机配置操纵杆。

14. 选择飞行操纵杆时应该注意哪些方面？

一旦你确定游戏手柄适合你的设置，就不要只看它有多少个按钮。

问：

• 我最常驾驶的是什么机型？
• 我到底需要哪些轴？
• 它支持我想要映射的控件吗？
• 它适合我的桌面或安装区域吗？
• 我以后可以添加其他硬件吗？
• 它适用于我的PC模拟器吗？

目标不是找到规格表最长的游戏手柄。

目标是找到适合你飞行方式的操控方法。

最终指南：你真正需要什么？