The definitive guide to Field of View (FOV) in City Car Driving, explaining how to calculate, adjust, and optimize your visual settings for maximum realism and spatial awareness.
Whether you are training for a real-world driver's license or configuring a multi-monitor sim racing cockpit, this guide will show you how to calculate, adjust, and optimize your City Car Driving FOV for maximum realism. Why Mathematical FOV Matters in Driving Simulators city car driving fov
You can adjust your seating position and view dynamically while in the cockpit view: Moves the driver's seat forward and backward. Page Up / Page Down: Moves the driver's seat up and down. Arrow Keys: Adjusts the look angle. The definitive guide to Field of View (FOV)
The horizontal width of your monitor screen (excluding the bezel). Page Up / Page Down: Moves the driver's seat up and down
If you are reading this, you likely already know that City Car Driving (CCD) is the "gold standard" for simulating the mundane reality of traffic rules, parallel parking, and stalling your engine on a virtual hill. However, if you are playing on a standard single monitor with the default Field of View (FOV) settings, you aren't really driving—you are looking at the world through a pair of binoculars while sitting in the back seat.
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.
Ultrawide monitors are excellent for City Car Driving. The extra horizontal screen real estate allows you to run a strict . You can zoom in to get realistic 1:1 spatial scaling while still keeping your left mirror and central rearview mirror completely in your natural line of sight. Triple Monitor Setups