This is a dynamic adjustment that may reset or need to be reapplied when switching cars or restarting sessions. 2. Configuration File (Permanent Change)
The between your eyes and the center of the screen.
Adjust the slider while looking at the dashboard. You want the steering wheel and speedometer to look natural and "correctly sized." Step-by-Step: Changing FOV in City Car Driving Launch City Car Driving. Enter the Free Driving or Career Mode . Press ESC and select Settings . Click on the Camera tab. Locate the FOV slider .
You can maintain a mathematically accurate FOV while naturally gaining peripheral vision. A 32:9 monitor allows you to see your driver-side mirror and the rearview mirror without changing the scale of the world. 3. Triple Monitor Setups
Your ideal mathematical Horizontal FOV is approximately 52° . city car driving fov
Allows you to see your dashboard, gauge clusters, and left wing mirror without moving your camera.
When you glance slightly to the left in real life, your in-game camera pans smoothly to look out the driver-side window.
remains a "very positive" tool for mastering basic road skills [5.26], but its camera system shows its age. If you're on a standard 1080p monitor, you'll likely feel the need to tweak the FOV immediately to get closer to a real-life driving feel [5.5, 5.13]. Quick Tip: If you're using a steering wheel, ensure you enable Force Feedback
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. This is a dynamic adjustment that may reset
Here’s a deep, reflective take on in City Car Driving , framed as introspective text:
Imagine you have a 50cm wide monitor and sit 70cm away from it.
Locate the parameters labeled FOV or Angle under the cockpit camera section.
Go to your game's installation folder: \data\gamedata\cars\cameras_common.xml How to Edit: Open cameras_common.xml with a text editor like Notepad . Adjust the slider while looking at the dashboard
: Use a dedicated tool like the Dinex86 FOV Calculator to find the mathematically correct setting based on your monitor size and distance.
If you do not want to do the math by hand, you can use any online sim racing FOV calculator. Simply input your screen size, aspect ratio (e.g., 16:9), and viewing distance to get your target horizontal angle. Step-by-Step: How to Change FOV in City Car Driving
The standard formula for calculating the correct horizontal FOV (hFOV) for a single-monitor setup is:
There is a working method to adjust your in-cockpit view, though it's not a traditional FOV slider. City Car Driving includes a hidden developer console that contains a powerful "Camera Tuner" tool.
FOV issues are largely mitigated by using VR headsets (Oculus Rift, HTC Vive) or TrackIR . These allow you to look naturally around the cabin to check mirrors and blind spots, which is difficult with a static, narrow FOV.