To get the perfect city car driving fov in less than 5 minutes, follow this checklist:
Out of the box, City Car Driving ships with a default FOV that feels surprisingly narrow. For players coming from arcade racers like Need for Speed, this might feel normal. But for anyone with a racing wheel sitting at a desk, it is immediately disorienting.
The default setting pushes the camera too far back and zooms in too tight. The result? Your virtual steering wheel looks massive, taking up half the screen, while the car’s A-pillars (the frames around the windshield) are completely invisible. You feel like you are floating somewhere behind the driver’s seat, looking over their shoulder.
This creates two massive issues:
For the majority of City Car Driving users on a standard single monitor, set FOV between 65° and 75°. This provides:
Always fine-tune FOV through active driving tests, not static observation. A correct FOV reduces accidents in the simulation and builds better habits for real-world driving.
Report prepared by: Driving Simulation Optimization Unit
For further help: Consult CCD’s “Camera and View” section in the user manual.
City Car Driving (CCD), the Field of View (FOV) is a common point of contention for players. While the game excels as a technical simulator for traffic laws and basic car operation, many users find the default "in-car" FOV restrictive, often described as looking through a "shoebox" or "toilet roll". FOV Adjustment Methods city car driving fov
Unlike modern simulators, CCD does not feature a dedicated FOV slider in the main settings menu. Adjustments must be made through manual file editing or peripheral use:
Manual Config Edit: You can change the FOV by editing the cameras_common.xml file located in
The Tweak: Change values of 50 to 80 (or up to 100 for ultra-wide/large screens) to expand the interior view.
Caveat: Some users report that recent updates may prevent these changes from taking effect, or they may require a full game restart to apply.
External View: For external cameras, you can simply use the mouse scroll wheel to zoom in or out dynamically.
VR & Head Tracking: 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.
Review: City Car Driving - you suck at racing - WordPress.com To get the perfect city car driving fov
In City Car Driving , you can adjust the Field of View (FOV) using either a quick in-game method or by editing configuration files for more precise control. 1. In-Game Adjustment (Scroll Wheel)
The fastest way to change your FOV is during active gameplay.
Scroll Wheel: Simply use your mouse scroll wheel to zoom in or out.
Note: This is a dynamic adjustment that may reset or need to be reapplied when switching cars or restarting sessions. 2. Configuration File (Permanent Change)
For a more permanent or wider FOV adjustment (often used for ultra-widescreen or VR setups), you can edit the game's XML files.
File Path: Go to your game's installation folder:cameras_common.xml with a text editor like Notepad.
Locate the line containing
Change the value to your preference (e.g., 85 or 100 for a wider view).
Important: You may need to run your text editor as an Administrator to save changes to this file. 3. VR-Specific FOV
If you are using VR (such as an Oculus Quest 2), the FOV is typically locked inside the car to maintain immersion and prevent motion sickness. However, some users still modify the cameras_common.xml file to a higher value (like 100) to improve the sense of scale in VR headsets.
For a deeper look into how FOV impacts realism and speed perception in driving simulators: 03:37
Field of View (FOV) is a critical but often overlooked setting in driving simulations. In City Car Driving, FOV determines how much of the virtual environment (road, dashboard, mirrors, and surroundings) is rendered on the screen. An incorrect FOV can lead to poor depth perception, inaccurate speed judgment, and simulator sickness. This report outlines the effects of FOV and provides optimal settings based on display type.
Because City Car Driving is a simulator (used in some driving schools in Russia and Europe), it tries to replicate 1:1 scale. There is a mathematical formula to find your exact FOV.