City Car Driving Fov [work] Jun 2026
: \data\gamedata\cars\cameras_common.xml .
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.
Setting the correct Field of View (FOV) in City Car Driving (CCD) is often the difference between a claustrophobic "toilet roll" view and a truly immersive learning experience [5.5, 5.13]. This review breaks down how the FOV impacts realism and the slightly technical path to perfecting it. The FOV Experience: Realism vs. Playability
Manually doing the math is unnecessary, as numerous sim racing FOV calculators are available online. These tools allow you to input your screen size, aspect ratio, and viewing distance to instantly generate your optimal horizontal and vertical FOV values. This calculated number is your true starting point. It will likely feel "zoomed in" at first because you are accustomed to the artificially wide default FOV found in most games. city car driving fov
The default setting felt like peering through a mail slot. She kept the default 60 degrees—safe, narrow, familiar. Every time a pedestrian stepped off the curb in the simulation, her chest tightened. Every junction felt like a blind date with disaster.
Are you using a or a controller/keyboard?
If you calculated your FOV using a single 24-inch or 27-inch monitor, you likely noticed that your mathematical FOV dropped significantly—often down to 40°–50°. : \data\gamedata\cars\cameras_common
To help me tailor advice for your specific simulator setup, could you share a few details?
Setting your FOV to 90+ degrees feels fast. You see the entire dashboard, both windows, and the rearview mirror. However, it introduces "fish-eye" distortion.
Makes the world feel too close, as if you are looking through a telescope. You lose peripheral vision, making it hard to see traffic lights or oncoming traffic at intersections. Setting the correct Field of View (FOV) in
Objects on the side of your screen appear to rush past at blinding speeds, while the road ahead looks like it is barely moving.
Then, calculate the arctangent (inverse tangent) of that ratio and double the result. The final value will be in radians. Multiply by (180 / π) to convert to degrees.
The goal is to find a "natural" FOV that matches your monitor size and how far you sit from the screen, creating a 1:1 scale with reality. How to Change FOV in City Car Driving
Locate the line containing (typically set to a default value like 50).
