Who hasn't thought about building your own airplane cockpit in the garage or living room? In this step-by-step guide, we'll discuss what it takes to build your own home flight simulator, be it for training purposes or just for fun.
First of all, it's important to make up your mind about your goals, before we start thinking about budgets, gear, software and setups, as this will all depend on what exactly you want to achieve with your home flight simulator.
People build home cockpits for all sorts of reasons. You have the aviation enthusiast who just wants to experience the joys of flying virtually for fun. These enthusiasts might be young kids, flying on their home computer with just a joystick and headphones, or they might be older people with larger budgets who recreated an entire B737 cockpit in there garage, beating many flight school simulator setups.
On the other hand, you have people like us, (student) pilots, who want to take maximum advantage of their time before and between flights to train procedures, navigation, or other skills, and which saves them tons of money in fuel and renting costs.
In this guide, we will focus on the latter, as most of our readers are either licensed or student pilots, who want to use their home flight simulator not only for fun, but also to train and improve their skills.
Before diving into the practical side of building your own home flight simulator, let's first think about the numbers. Home flight simulators can range from a simple desktop-mounted joystick in front of a laptop, to entire cockpits that resemble the real aircraft. Of course, the total investment will increase depending on how advanced and realistic you want to make your home cockpit.
As we mentioned before, it's important to think about what you want to do with your home flight simulator, your goals, and determine your budget correspondingly.
In this guide, we will discuss examples, ideas, hardware and software that will keep the total investment well under $10k.
Next, it might be interesting to look at some great examples of people who have built awesome home cockpits. Some of the below examples may seem a little too over-the-top for you, but they might offer some extra inspiration for own flight simulator.
You'll notice the two first examples are custom-build cockpits, the two latter are based on a pre-made panel where you just need to insert your prefered hardware. As you can see, all 4 examples use the Logitech (former Saitek) flight simulator gear, but more on that later.
When it comes to flight simulator software, there are really only three options you should consider: X-Plane, Microsoft Flight Simulator or Prepar3D (pronounced "prepared"). All three great pieces of software, used by hundreds of thousands of users worldwide.
X-Plane is a completely stand-alone platform that was developed by Laminair Research and is growing from version 11 (current version) onwards because it has been embraced by Aerosoft. X-Plane is also the only flight simulator that is suitable for both PC and Mac.
What makes X-Plane 11 better than other software is that it does not carry the 'burden' of software from 2006. X-Plane is graphically stronger and especially with standard General Aviation aircraft the flight models are better developed, which only enhances the quality of the simulation.
Besides, the development of X-Plane is also fast: in every new update more functions are available, more scenery is created/enhanced and bugs are resolved. The developers of X-Plane have created a roadmap where they work towards developments and where they are transparent about which features are in the pipeline. The flight simulator software really becomes better and more complete with each update.
The downside about this software is that fewer add-ons are available for X-Plane 11 than for FSX/P3D and the addons are generally slightly more expensive than the average FSX/P3D add-ons. However, they are commonly considered as offering better value.
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Flight Simulator X is the most sold flight simulator software with the most active users worldwide. The MS Flight Simulator series, have been running since the 1980s, with its latest version released in 2006. Unfortunately, after two service packs, the decision was made that flight simulation no longer fitted within Microsoft, so further development (and bug-fixing) came to a standstill. That was until the licenses were taken over by the English Dovetail Games and FSX was reissued via the Steam platform as Flight Simulator X Steam Edition.
Why should you choose software that is more than 10 years old? The answer is actually quite simple; although the platform is somewhat outdated, the flight simulation community has been anything but idle for the past ten years. Because FSX is the largest platform, the developers of add-ons have continued to develop for FSX and have become increasingly better at it. Because of this, most free and payware add-ons are available for FSX.
Another big advantage of FSX is the price. The basic set, without addons, is already available for less than $35.
To get the most out of your FSX learning experience, we also recommend ordering the book Microsoft Flight Simulator X For Pilots Real World Training.
UPDATE: Microsoft Flight Simulator 2020 is launching August 18!
Pre-orders are now live and FS 2020 will come in three editions, standard ($59.99), deluxe ($89.99), and premium deluxe ($89.99), with the more expensive versions featuring more planes and handcrafted international airports.
You can read more about FS2020 and the differences between each edition here.
Prepar3D originates from Microsoft Flight simulator X, but was further developed as training software for professionals by aircraft manufacturer Lockheed-Martin. With this, the realism of the flight simulator has also greatly improved compared to FSX. Because the software is intended for professional use, it may not be used other than for training purposes.
Where FSX has stood still during development until very recently, P3D has been further developed, with the latest version 4 released in 2017. In P3D V4 there is support for 64-bit processors (nowadays the standard) and more attention has been paid to Virtual Reality. Although P3D has greatly improved over FSX, the basic simulation is still based on the 2006 simulator, which is why P3D is jokingly referred to by some as 'FSX on steroids'. That the software is based on FSX becomes clear when you look at the user interface: it has remained (apart from the use of color) practically the same. But that same base also has its advantages, because it also makes many addons published for FSX work on P3D as well.
You can learn more about Prepar3D and order it here.
We have previously shown a few examples of great home flight simulator designs. These designs ranged from pre-manufactured laser-cut cockpit panels to mount on a table, to DIY-wooden structures, designed completely with your own needs and hardware in mind.
Below, we will look at our two favorite options, each with their own (dis)advantages, and an estimated budget for both options.
The first one is a nice example of what you can achieve with some planning, measuring, home depot tools and a few hours of your time. This 'home cockpit' was created by a Dutch guy called Tim, who shares his flight simulator experiences on uncertifiedpilot.com.
Tim created a great-looking custom-made wooden 'desk', fitted with custom compartments for all his gear, such as yoke, throttle, trim wheel, rudder pedals and more. As you can see on the below pictures, he first created a sketch of how he wanted the result to look and built the cockpit based on that design.
Now, what does it cost?
Based on the hardware that can be seen on the pictures, we have created an estimated budget below that can act as a guideline for your own project.
Two important notes: First, the Saitek/Logitech Cessna yoke, throttles and trim wheel have unfortunately been discontinued by the manufacturer, so we replaced them with the standard Logitech yoke and throttle quadrant in the below cost overview (you might still be able to find a second-hand trim wheel online). Also, the shown rudder pedals are not available anymore and were replaced by Thrustmaster TFRP Rudder pedals. Secondly, in this project, they used an Apple iMac computer to run the simulator and use as a monitor. However, to maximize compatibility with different hardware and software, we do recommend choosing a Windows-based computer.
In the cost overview, we based the price on an average iMac price of $2000, which is comparable to the price of a decent gaming PC plus high-resolution monitor.
|Logitech Yoke + Throttle||$170|
|Thrustmaster Rudder pedals||$130|
|Logitech Radio Panel||$150|
|Logitech Switch panel||$100|
|Total (estimated)||+- $2900|
(All prices are estimates based on average retail prices in Feb. 2020)
As you can see, this type of setup can be achieved already with a budget of less than $3k. Of course, it all depends on exactly what computer you get, what hardware you'll use, etc.
The second example we would like to discuss in detail is a home cockpit based on a ready-made desktop-mounted panel. (This is the same brand FlightChops used in his flight simulator videos)
The panels are created by a US-based company called Stay Level Avionics, which offers beautiful powder coated and plasma cut carbon steel flight simulator cockpit panels, completely tailored to the hardware you intend to use. They offer a variety of options, for small or large cockpits, 'analog' instruments or glass cockpit, multi- or single-engine aircraft, different yoke/throttle brands, etc. You can either buy a standard panel (you can choose between different setups like glass cockpit, steam gauges, Cirrus perspective, TBM,...), or have one custom-build based on your hardware.
The model we want to discuss more deeply is the following:
Just like the one above, his setup is primarily based on the Logitech flight simulator hardware, all beautifully integrated into one desktop-mounted cockpit panel. This setup includes a six-pack of Logitech instruments (which could be replaced with a single LCD monitor mounted on the back), a Garmin G530 unit and
Again, we have compiled a 'shopping list' to give you an indication of the estimated total cost for a similar project (trim wheel not included as it has been discontinued by the manufacturer, as mentioned earlier).
|Stay Level Avionics panel||$900|
|Logitech Yoke + Throttle||$170|
|Thrustmaster Rudder pedals||$130|
|Logitech instruments (6x)||$960|
|Logitech Switch panel||$100|
|RealSimGear GNS530 GPS||$400|
|Total (estimated)||+- $4700|
(All prices are estimates based on average retail prices in Feb. 2020)
This setup is clearly a little more expensive than the one we mentioned before, but it does offer an extra level of quality and simulation experience. Nonetheless, you could get a similar setup for still under $5k, which is not bad at all we believe!
Now that we've covered a few examples of great setups, their components and estimated budgets, let's dive in a little deeper into the different options that are available when it comes to flight simulator hardware. We will discuss the most popular models and brands for each item, but in the end, it's fully up to you to decide what you need and what your budget allows for.
Let's start our discussions about hardware with the most important part you'll need: the computer, which will be the heart of your simulator. When shopping for a good computer, it's important to look for a dedicated gaming computer. You can either buy a ready-to-use gaming PC, or you can build your own from scratch. If you're not that tech-savvy, we recommend just buying one that's ready to use out of the box.
Now, what should you look for in a gaming computer to power your home flight simulator? You'll need to get a fast CPU, lots of RAM and most importantly a great video card with lots of memory. A good guideline is checking out the recommended system requirements of the simulator software you want to use, and get just a little bit more than what they recommend, to allow for future versions of the software that might require additional capacity. The reason for this advice will probably become extra obvious once Microsoft releases its newest version of MSFS in 2020, which is ultra-realistic and will no-doubt require some high-end computer specs.
These are the system requirements recommended by X-Plane for their latest version, X-Plane 11:
Based on these and the requirements of other simulator software such as FSX, we recommend buying a gaming computer with at least the following specifications:
Some examples of great gaming computers are the HP OMEN Obelisk Gaming Desktop (rated one of the top gaming computers of 2020 by techradar.com) and the iBUYPOWER Pro Gaming PC, both can be purchased on Amazon for around $1500-$2000.
Of course, there exist many other options on the market today, so you're free to pick which one you like. As long as you adhere to the above-mentioned minimum requirements, you should be able to run most current flight simulator software smoothly!
The second most important piece of hardware will be the monitor, which will determine the quality of your view outside the virtual front window. In some simulator setups that you can find online or on YouTube, people sometimes use (a) projector(s) to display the world outside. In our experience and research, we concluded the best way to go is getting a decent high-resolution PC monitor. It will offer the best picture quality and gives you the most flexibility when it comes to setting up your home cockpit.
When researching which monitors are recommended for gaming, we came up with a list of three excellent gaming monitors, all named top gaming monitors by popular tech websites and received great reviews on Amazon. Our top three recommendations are the Sceptre 30-inch Curved Gaming Monitor, the AOC CQ32G1 31.5" Curved Frameless Gaming Monitor and the LG 34GL750-B 34" Gaming Monitor. As you may notice, all three monitors we listed have sizes over 30", which is what we recommend to get the optimal simulation experience.
To recreate and simulate a real airplane cockpit, we will need some (basic) instruments and switch panels. Depending on your budget these are a few of the options you have:
For even more great instrument hardware options, we also urge you to checkout RealSimGear, they offer beautiful flight simulator hardware such as a Garmin G1000 replica, Cirrus Perspective package, Garmin G5 replicas and more awesome gear!
When it comes to flight sim yokes, there are only a few options on the market, but all work great. if you're considering buying a ready-made panel, however, it's important to consider compatibility. The Stay Level Avionix panel we mentioned before, is compatible with all three yoke systems mentioned here.
Not entirely sure which yoke to buy? Check out our guide on the best flight simulator yokes!
Do you prefer flying with a joystick instead of a yoke? Maybe you're considering building a more military jet-type of cockpit? Here are two great options when it comes to flight simulator joysticks!
When you're looking for some good rudder pedals for your flight simulator setup, Logitech is again a popular choice that pops up regularly. Their Pro Flight Rudder pedals are a decent product that offers good value for its price. If you're looking for something a little more advanced, you can always go for the Thrustmaster TPR Rudder pedals, but their price easily exceeds $500.
Not entirely sure which rudder pedals to buy? Check out our guide on the best flight simulator rudder pedals!
Picking the right throttle quadrant mostly depends on the type of aircraft you want to 'fly'. If you're planning on flying mostly twin-engine aircraft, the CH Products dual throttles may be a good option, or you could just go for two Logitech throttle quadrants (you can easily switch the levers and colors).
We also included Thrustmaster HOTAS throttles to complement the HOTAS flight stick for those of you who want a more fighter jet-like home cockpit.
By now, we've talked about the look (monitors/software) and feel (hardware) of your simulator setup. A last important part that has a great effect on your simulation experience is sound. Hearing sounds and noises while flying in your simulator is essential to making the experience as real as possible. Both engine sounds, exterior sounds (wind, etc.) and interior sounds (warnings, switch clicks, stall horn, etc.) will be an important aspect of your home cockpit setup.
To get the most realistic experience, we recommend purchasing a 2.1 sound system with 2 stereo speakers mounted on both sides of your panel and one subwoofer to create a low rumbling bass that mimics the engine and airframe vibrations. A good gaming headset is also something that shouldn't be missing!
Besides all of the above, here are a few other products you could consider purchasing for practical reasons, or just to improve your flight simulator experience even more.
As with lots of things in life, details make perfection. So it might be a good idea at this point to think about little details that can improve your flight simulator (learning) experience.
Here we'll list a few details you could add:
With the above-mentioned tips and examples, you should be able to build your very own home flight simulator setup, for well under $5k. Depending on your needs, of course, your budget might allow for a little more. In the end, it all comes down to what you plan on using it for, what you want to achieve, the available room for it in your house or garage, and of course, your budget.
We hope this guide has offered you the value you were looking for and wish you the best of luck (and a lot of fun!) flying in your new home simulator!
Have any questions, suggestions or remarks about this guide? Let us know!
Last updated on August 06, 2020 by Senne Vandenputte