While this might have been acceptable for a casual playthrough on a television, it was a nightmare for the PC ecosystem. The fast-paced nature of AW—with its double-jumping, boost-dodging, and sliding—meant that players were rapidly moving through the environment. A low FOV combined with high-speed movement and rapid directional changes was a recipe for motion sickness.
For competitive players and those prone to motion sickness, the default FOV was restrictive and, in many cases, unplayable. This gap in functionality gave rise to a niche but essential tool for the community: the . Call Of Duty Advanced Warfare Fov Changer
When Call of Duty: Advanced Warfare (AW) was released in 2014, it marked a significant turning point for the franchise. Developed by Sledgehammer Games, it introduced a futuristic, exoskeleton-based movement system that drastically increased the verticality and speed of gameplay. However, for the PC gaming community, the launch was marred by a significant omission that had plagued the series for years: a locked Field of View (FOV). While this might have been acceptable for a
Furthermore, the competitive integrity of the game was compromised. In a game where enemies could drop from the sky or boost around corners, having "tunnel vision" put PC players at a distinct disadvantage compared to their console counterparts who were used to the narrower view, or players on other PC shooters like Counter-Strike or Quake that allowed for wide FOV customization. For competitive players and those prone to motion
Sledgehammer Games had promised a "PC first" development approach, yet the in-game settings menu lacked a simple FOV slider. This silence from the developers led the community to take matters into their own hands. In the absence of official support, modders and developers within the community created tools known simply as "FOV Changers." These were small, executable programs that ran alongside the game. How It Worked Technically, these tools were memory editors. They accessed the game’s Random Access Memory (RAM) while it was running, identified the specific memory address responsible for storing the Field of View value, and allowed the user to overwrite it.