The best is the one that allows you to judge the distance to the car in front of you accurately. If you find yourself constantly rear-ending AI traffic because they "appeared out of nowhere," your FOV is likely too wide.
Replace the default stock value (which is usually set around 70 or 80) with your mathematically calculated horizontal FOV.
City Car Driving is a simulation-style driving game that focuses on realistic city driving experiences. Developed by City Car Driving Team, the game was released in 2013. It's available on PC and has garnered attention from driving enthusiasts and simulation fans.
Keep the FOV narrower. This forces you to use your mirrors and perform manual shoulder checks, which is essential for building real-world habits. city car driving fov
+-------------------------------------------------------------+ | MONITOR SETUP GUIDE | +------------------------------+------------------------------+ | SINGLE SCREEN (16:9) | TRIPLE SCREENS / ULTRA-WIDE | | • Focus on accurate scale | • Perfect 1:1 scale realism | | • Compromise for visibility | • Fully visible side mirrors | | • Use camera-pan hotkeys | • Maximum situational aware | +------------------------------+------------------------------+ 1. Single Screen (16:9 aspect ratio)
To cover all these aspects, I need to search for information on FOV in City Car Driving specifically, general FOV guides for sim racing, and the game's official resources. I will search for relevant terms. search results provide some information. I need to open the most relevant pages to gather detailed information for the article. I will open the PCGamingWiki page, the Steam discussions, and the sim racing FOV calculator pages. search results provide a good amount of information. I will now proceed to write the article. The article will cover: what FOV is, why it's important for city driving, the specific challenges in City Car Driving (including the developer's statement), how to adjust it (using the console and moving the camera), FOV calculation methods, and a summary of recommendations. I will structure the article with an introduction, sections on understanding FOV, its importance in city driving, the situation in City Car Driving, practical adjustment methods, a detailed guide to calculating your ideal FOV, a comparison table of FOV ranges, and a conclusion. concept of Field of View (FOV) is a cornerstone of realistic simulation, yet it's one of the most overlooked settings in any driving game. In a title like City Car Driving , which is designed to teach real-world road skills, having the correct FOV isn't just about visual immersion—it's about creating a virtual environment where your brain's natural instincts for judging speed and distance translate accurately from the screen.
If you run City Car Driving on three screens, you must calculate your FOV based on the combined width of all three screens if the game treats them as one massive resolution (via Nvidia Surround or AMD Eyefinity). Keep your FOV strict and mathematical. This will cause the side monitors to naturally show your left and right windows, eliminating the need for virtual mirrors. VR (Virtual Reality) Headsets The best is the one that allows you
Triple screens provide the ultimate immersion for City Car Driving. You can use a strictly correct mathematical FOV because your physical side monitors cover your peripheral vision. You can check your side mirrors by turning your head naturally. VR (Virtual Reality) Headsets
High FOV makes the environment look like it is moving too fast. Correct FOV matches real-world visual speed.
If you’ve spent any time in the virtual seat of , you know it isn’t just another racing game. It’s a simulation designed to mimic the high-stakes, high-detail environment of real-world traffic. Because of this, your Field of View (FOV) is more than just a visual preference—it is the foundation of your spatial awareness, your ability to judge distances, and your overall immersion. City Car Driving is a simulation-style driving game
In real life, humans have a horizontal FOV of roughly 180 to 200 degrees, though only about 60 degrees of that is high-acuity "central" vision. A computer monitor, sitting 2 feet from your face, might only occupy 30 to 60 degrees of your actual vision.
Imagine you have a 50cm wide monitor and sit 70cm away from it.