In my beginner guide, I explained how to start flight simulation on a low-end or mid-range PC. In this article, I want to focus more specifically on system requirements and what actually happened when I tested different simulators on older and newer laptops.
Official system requirements are useful, but they do not always tell the full story. A simulator may technically run on a computer, but that does not always mean the experience will be smooth, comfortable, or enjoyable. This is especially true with flight simulators because scenery, weather, airports, aircraft, and graphics settings can all affect performance.
From my experience, the difference between “can run” and “runs well” is very important. A simulator might launch, but if the frame rate is too low or the aircraft feels delayed during takeoff and landing, the experience can become frustrating for beginners.
My Experience Checking MSFS 2020 on an Older HP Laptop
When Microsoft Flight Simulator 2020 was released, I wanted to see if it would work on my older HP laptop. Before installing it, I used System Requirements Lab to check whether the laptop met the minimum requirements.
The result showed that my laptop did not meet the minimum requirements. I still tried installing Microsoft Flight Simulator 2020 anyway to see what would happen, but the installation repeatedly failed before it could complete. Because of that, I was not able to properly test MSFS 2020 on that older laptop.
That experience taught me that system requirements matter, especially with large and demanding modern simulators. If a system checker shows that a laptop does not meet the minimum requirements, it does not always mean you can never try, but it does mean you should expect problems. In my case, I could not even get to the point of testing performance in flight.
FSX and X-Plane 11 on Older Hardware
After the MSFS 2020 installation failed, I went back to Flight Simulator X for a while. FSX was easier to run on older hardware, but the simulator showed its age compared to newer flight simulators. The scenery and visuals felt dated, and I personally found the aircraft control and landing responsiveness less comfortable.
I also tried X-Plane 11 on the older HP laptop near Chicago airport. It did run, but the frame rate was too low for comfortable flying. At high settings, the FPS was usually under 10. At low settings, it improved slightly to around 10–12 FPS, but it still was not smooth enough for regular flying, especially near a large airport area.
That is one of the biggest lessons for beginners using older PCs. A simulator may open and run, but if the frame rate is low or the controls feel delayed, learning to fly becomes more difficult.
X-Plane 11 on My Ryzen 7 Laptop
After upgrading to my Lenovo laptop with a Ryzen 7 processor, 16 GB of RAM, and integrated Radeon graphics, my experience changed significantly. X-Plane 11 performed much better on the newer laptop, especially after adjusting graphics settings. I recorded a Beechcraft Baron 58 flight over Honolulu, Hawaii, to show how X-Plane 11 performed on the newer laptop in a real flight session. Compared to my older HP laptop test near Chicago airport, the simulator felt much smoother and more comfortable to fly on the Ryzen 7 system.
I also used System Requirements Lab to check X-Plane 11 on the Ryzen 7 laptop. The laptop met the minimum requirements but did not meet the recommended requirements. Even so, X-Plane 11 still performed smoothly enough for enjoyable flying with balanced settings.
This is a good example of why system requirements are only a starting point. My laptop did not meet the recommended level, but real-world performance was still usable because I adjusted the settings and avoided pushing the simulator too hard.
X-Plane 12 Demo on the Same Laptop
I also tested the X-Plane 12 Demo on the same Ryzen 7 laptop. I recorded videos and screenshots while testing low and high settings. I used the Cessna 172 at Portland airport in Oregon to see how the simulator performed during a normal beginner flight.
The demo did run, but the frame rate was noticeably lower than X-Plane 11. Even on lower settings, X-Plane 12 felt heavier on integrated graphics. This does not mean X-Plane 12 is bad, but it showed me that newer simulators can demand more hardware, even when they technically run on a mid-range laptop.
This is where the difference between system requirements and real-world performance becomes clear. A simulator can launch and allow you to fly, but if the frame rate is low, the experience may not feel comfortable for regular use.
Why Minimum Requirements Can Be Misleading
Minimum requirements usually mean the simulator can start and run under basic conditions. They do not always guarantee smooth performance at detailed airports, in bad weather, with AI traffic, or with higher graphics settings.
Flight simulators are demanding because they process many things at once. The aircraft, scenery, weather, lighting, terrain, airport details, and controls all affect performance. On low to mid-range PCs, integrated graphics can be one of the biggest limits, especially in newer simulators.
Recommended requirements are usually closer to what you need for a more comfortable experience, but even those are not perfect. Performance still depends on settings, updates, drivers, cooling, background programs, and the type of flight you are doing.
Playable FPS vs Comfortable Flying
One thing I learned is that playable FPS and comfortable flying are not always the same thing. A simulator may be technically playable, but if the frame rate drops during approach or landing, it can affect control.
For beginners, smoothness matters a lot. Takeoff and landing already require practice, and low FPS can make small control inputs feel delayed. In my experience, a stable and responsive simulator is more useful than higher graphics settings with stutters.
This is why I prefer balanced settings on mid-range hardware. Medium or optimized settings may not look as impressive as ultra settings, but they often provide a better learning experience.
Practical Tips for Low to Mid-Range PCs
For beginners using low-end or mid-range PCs, I recommend starting with realistic expectations. Do not assume that meeting minimum requirements means the simulator will run smoothly in every situation.
Start with lower or medium graphics settings, then increase settings slowly while testing performance. Pay attention to scenery density, reflections, shadows, weather, AI traffic, and airport detail because these can affect frame rate.
It also helps to close unnecessary background programs, keep the laptop cool, and avoid installing too many heavy add-ons at once. Some add-ons can improve the simulator, but complex aircraft, large scenery packages, or too many plugins can reduce performance.
If a simulator offers a demo, like X-Plane 12, testing the demo first is useful. It gives you a better idea of how the simulator actually performs on your own hardware before spending money.
Final Thoughts
System requirements are helpful, but they are not the full story. My own experience showed this clearly. Microsoft Flight Simulator 2020 did not install successfully on my older HP laptop, X-Plane 11 ran poorly on older hardware, but the same simulator performed much better after I upgraded to a Ryzen 7 laptop.
X-Plane 12 Demo also showed me that newer simulators can still be demanding, even on a decent mid-range laptop with integrated graphics. That is why real-world testing matters.
For beginners, the goal should not be maximum graphics. The goal should be a smooth, stable, and enjoyable flying experience. A simulator that runs comfortably at balanced settings is often better than one that looks impressive but struggles during flight.